Rationale: The content uses universal mathematical language and visual representations (number line and blocks) with no Australian-specific spelling, terminology, units, or cultural references.

Rationale: The content uses standard mathematical terminology and spelling (linear, non-linear, functions, graphs, rates of change) that is identical in both Australian and US English. There are no metric units, currency, or cultural references present in the text or images.

Rationale: The template uses universal time units (hours, minutes, seconds) which are identical in both Australian and US English. There are no spelling differences, metric units, or cultural references present in the text or images.

Rationale: The content uses standard mathematical terminology ("cyclic quadrilateral", "opposite angles") and universal units (degrees) that are identical in both Australian and United States English. No AU-specific spellings, cultural references, or metric units are present in the text or the image.

Rationale: The content uses standard mathematical terminology and notation for decimals on a number line that is identical in both Australian and US English. No metric units, AU-specific spellings, or cultural references are present in the text or the image.

Rationale: The template uses standard mathematical terminology ("regrouping", "tens", "ones") and notation that is identical in both Australian and United States educational contexts. There are no metric units, spelling differences, or cultural references present.

Rationale: The content uses standard mathematical terminology and spelling common to both Australian and US English. There are no metric units, Australian cultural references, or specific AU-only terminology present in the text or images.

Rationale: The term "worded problems" is used in text fields 1738895744223010:0 and 1738895744223012:0, which is standard Australian terminology. In the United States, these are referred to as "word problems".

Rationale: The content uses standard mathematical terminology and English spelling that is identical in both Australian and US English. There are no metric units, currency, or cultural references present in the text or images.

Rationale: The image uses the Australian math term "Trapezium" to describe a quadrilateral with one pair of parallel sides; the US equivalent is "Trapezoid".

Rationale: The content consists of general mathematical concepts regarding arithmetic sequences. There are no Australian-specific spellings, terminology, units of measurement, or cultural references in either the text fields or the image.

Rationale: The content uses generic mathematical language and imagery (toy cars) with no Australian-specific spelling, terminology, units, or cultural references.

Rationale: No Australian-specific spelling, terminology, units, or cultural references were found in the text or images. The content is generic mathematical instruction on multiplication.

Rationale: The content uses universal mathematical terminology ("regular prism", "irregular prism", "faces", "angles") and standard English spelling shared by both AU and US English. There are no metric units, Australian cultural references, or specific AU school terminology present in the text or images.

Rationale: The content describes the geometric properties of a cone using terminology and spelling that are identical in both Australian and United States English. There are no units, cultural references, or specific spelling variants (like "colour" or "metre") present in the text or images.

Rationale: The content uses universal mathematical terminology ("squared number", "base", "exponent", "power of 2") and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The image contains the Australian spelling "Aluminium" (image 24921914), which needs to be converted to the US spelling "Aluminum". All text fields are already compatible with US English.

Rationale: The template contains several Australian spelling variants: 'optimisation' (text field 1732498160513005:1), 'maximised', 'minimised', and 'modelling' (text field 1732498160513005:2). These are converted to US spelling (s→z and ll→l).

Rationale: The text and image content are mathematically and linguistically generic, with no Australian-specific spelling, terminology, units, or cultural references. The concept of reading an analog clock is identical in both Australian and US curricula.

Rationale: The template contains Australian cultural and terminology references: "GST" (Goods and Services Tax) which is the Australian equivalent of "sales tax", and the phrase "In Australia". Additionally, the image contains metric units "g" (grams) and "L" (liters) which need to be converted to US customary units (oz and gal) while keeping the same numerical values per the units_simple rule.

Rationale: The content focuses on logarithmic laws (logarithm of a power). There are no metric units, Australian spellings, or cultural references present in the text fields. All mathematical notation is universal.

Rationale: The content uses universal mathematical terminology ("likelihood", "certain") and a generic scenario (the sun rising) that requires no localization for a US audience. There are no metric units, Australian spellings, or cultural references present.

Rationale: The content uses standard mathematical terminology and spelling (e.g., "calculate", "linear decay", "common difference") that is identical in both Australian and United States English. No metric units or cultural references are present.

Rationale: The term "Worded problems" is commonly used in Australian curriculum, whereas "Word problems" is the standard term in the United States.

Rationale: The template uses standard mathematical terminology and notation that is identical in both Australian and US English. No metric units, Australian spelling variants (the text already uses the US spelling "factoring"), or cultural references are present in the text or the image.

Rationale: The content consists of generic geometric terms and diagrams related to parallelograms. There are no Australian-specific spellings, terminology, units, or cultural references present in the text or images.

Rationale: The content uses universal mathematical terminology (Euler's formula, planar graph, vertices, edges, faces) and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The image uses a middle dot for the decimal point ($3 \cdot 728$), which is an Australian/UK convention. In the United States, a baseline period ($3.728$) is used.

Rationale: The text field contains the Australian spelling variant "earnt" (key 209135887:2), which needs to be converted to the US spelling "earned".

Rationale: The term "worded problems" in field 1723698714127005:0 is Australian math terminology; the US equivalent is "word problems".

Rationale: The content is purely mathematical, focusing on identifying cubic equations. There are no metric units, Australian spellings, or cultural references present in the text fields. All terminology used (e.g., "cubic equation", "highest degree", "standard form") is standard in both Australian and US mathematics.

Rationale: The content uses standard mathematical terminology and spelling ("proportions", "cross-multiplication") that is identical in both Australian and US English. There are no units, currency, or cultural references present in the text or the image.

Rationale: The content uses standard mathematical terminology and spelling common to both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or the image.

Rationale: The content uses universal mathematical terminology (vertex degrees, edges, sum of degrees) and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The content uses generic terminology and currency symbols ($) that are applicable in both Australian and US contexts. There are no spelling differences, metric units, or specific cultural references present in the text or images.

Rationale: The content is purely mathematical, comparing fractions. There are no Australian-specific spellings, terminology, units, or cultural references in the text fields or the image.

Rationale: The term "trading" is used in Australian mathematics to describe regrouping or borrowing in subtraction (text field 1723681509146003:0). Additionally, "worded problems" is an Australian term for "word problems" (text field 1723681509146011:0).

Rationale: The content uses standard geometric terminology (faces, edges, vertices, rectangular prism) and spelling that is identical in both Australian and US English. There are no units, currency, or cultural references present in the text or images.

Rationale: The content uses universal terminology and imagery for probability (likelihood). There are no Australian-specific spellings, units, or cultural references in the text or images.

Rationale: The content uses standard mathematical terminology (hypotenuse, opposite, adjacent, right angle) that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or the image.

Rationale: The content covers logarithmic and exponential forms in mathematics. There are no metric units, Australian spellings, or cultural references present in the text fields. All terminology used ("logarithmic form", "base", "argument") is standard in both AU and US curricula.

Rationale: The content uses universal mathematical terminology for probability and expected outcomes. There are no metric units, Australian-specific spellings, or cultural references present in the text fields. The typo "experiement" is a general spelling error, not an AU-specific variant, and per instructions, I only apply listed AU-US conversions.

Rationale: The template contains generic mathematical instructions for calculating percentages. There are no Australian-specific spellings, terminology, units of measurement, or cultural references in either the text fields or the image.

Rationale: The content uses standard mathematical terminology (mixed number, whole number, fraction, number line) that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or the image.

Rationale: The term "index law" is standard Australian mathematical terminology. In the United States, this is referred to as an "exponent rule" or "law of exponents."

Rationale: The content uses standard mathematical terminology ("lowest common multiple") that is acceptable in both AU and US contexts. There are no metric units, AU-specific spellings (like "colour" or "metre"), or cultural references present in the text or images. While "least common multiple" is more common in the US, "lowest" is not listed in the approved conversion pairs, so the text remains unchanged per the core principles.

Rationale: The content uses standard mathematical terminology and notation common to both Australia and the United States. There are no instances of Australian-specific spelling, units, or cultural references in the text or images. The long division notation shown in the image is standard in US education.

Rationale: The image uses the term "Working out" as a column header, which is standard Australian math terminology. In the United States, "Work" or "Calculation" is used instead.

Rationale: The template uses standard mathematical terminology (Discrete, Continuous, Qualitative, Quantitative, Nominal, Ordinal) that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references present in the text fields or images. The images use generic icons (books, balls, children, thermometers, rain, horse) that do not require localization.

Rationale: The template uses metric units (cm) in multiple text fields and in the image. Following the units_simple rule, these are converted to US customary units (in) while keeping the numerical values the same.

Rationale: The content uses standard mathematical terminology and spelling common to both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or images.

Rationale: The text and images use generic terminology and concepts (length, comparing objects) with no Australian-specific spellings, units, or cultural references.

Rationale: The text and images contain no Australian-specific spelling, terminology, units, or cultural references. The content is purely mathematical and universal.

Rationale: The content uses standard mathematical terminology ("tens", "ones", "place value") and spelling that is identical in both Australian and US English. There are no metric units, currency, or cultural references present in the text or images.

Rationale: The content is purely mathematical, focusing on counting with mixed numbers on a number line. There are no Australian-specific spellings, terminology, units of measurement, or cultural references in either the text fields or the image.

Rationale: The content uses standard mathematical terminology and notation for coordinate geometry that is identical in both Australian and US English. There are no spelling differences, metric units, or cultural references present in the text or the image.

Rationale: The content uses standard mathematical terminology and contains no Australian-specific spelling, units, or cultural references. All text and images are universally applicable.

Rationale: The image uses the term "Autumn" (image 684454517), which is the standard term in Australia. In the United States, "Fall" is the preferred term for educational materials at this level. No other AU-specific terminology or spelling was found in the text fields.

Rationale: The template uses generic terminology (mark-up, price, shop) and standard currency symbols ($) that are common to both Australian and US English. No metric units, AU-specific spellings (like "colour"), or cultural references were found in the text or images. A typo ("Orginal") exists in one field, but it is not an AU-specific variant and thus remains unchanged per the instruction to preserve mathematical integrity and only apply listed conversions.

Rationale: The content uses standard terminology for 12-hour and 24-hour time that is common to both Australian and American English. There are no metric units, Australian spellings, or cultural references present in the text or images.

Rationale: The content consists of logarithmic properties and algebraic simplification. There are no units, Australian spellings, or cultural references present in the text fields. All mathematical notation is universal.

Rationale: The template contains generic mathematical calculations for percentage increases. There are no metric units, Australian spellings, Australian terminology, or cultural references present in any of the text fields. All numbers and operations are universal.

Rationale: The template contains only abstract mathematical notation (function notation and algebra) and generic instructional text. There are no metric units, Australian spellings, or cultural references present.

Rationale: The term "worded problems" is standard Australian math terminology; the United States equivalent is "word problems".

Rationale: The content is purely mathematical, focusing on solving proportions. There are no Australian-specific spellings, terminology, units, or cultural references in the text or images.

Rationale: The content uses standard mathematical terminology and notation for coordinate planes that is identical in both Australian and US English. No metric units, AU-specific spellings, or cultural references are present.

Rationale: The content uses standard mathematical terminology and notation common to both AU and US English. There are no spelling differences, metric units, or cultural references present in the text or images.

Rationale: The template uses metric units (cm) in both the text fields and the image. Following the units_simple rule, these are converted to US customary units (in) while keeping the numerical values the same.

Rationale: The content uses universal mathematical terminology and notation for geometry. There are no Australian-specific spellings, units, or cultural references in the text or the image.

Rationale: The content uses standard mathematical terminology and spelling common to both Australian and US English. There are no metric units, currency, or cultural references that require localization.

Rationale: The content is purely mathematical (evaluating a polynomial). There are no units, Australian spellings, or cultural references present in the text fields. All terminology used ("Evaluate", "polynomial", "Substitute", "Solve") is standard in both AU and US English.

Rationale: The content uses universal mathematical terminology and notation for polynomial long division. There are no Australian-specific spellings, units, or cultural references in the text or the image.

Rationale: The content uses standard mathematical terminology (box plot, median, Q1, Q3) and spelling that is consistent across both Australian and US English. There are no units, cultural references, or specific AU-only terms present in the text or the image.

Rationale: The template contains no Australian-specific spelling, terminology, units, or cultural references. The content (frequency tables and number of pets) is universal.

Rationale: The template contains only mathematical sequences and generic terminology ("first difference", "second difference", "sequence") that are identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or the image.

Rationale: The template uses metric units "km" and "km/h" in multiple text fields (12771756:4, 1717515833858000:4, 1722551030721001:1). Following the units_simple rule, these are converted to "mi" and "mi/h" while keeping the numerical values the same.

Rationale: The content uses standard mathematical terminology and notation that is identical in both Australian and US English. There are no metric units, specific spellings, or cultural references that require localization.

Rationale: No Australian-specific spelling, terminology (from the approved list), metric units, or cultural references were found in the text or images. The terms EV (Explanatory Variable) and RV (Response Variable) are used in US statistics (e.g., AP Statistics) and are not included in the mandatory terminology conversion list.

Rationale: The template uses the Australian term "gradient" instead of the US term "slope" in multiple text fields and within the image. It also uses "Point-gradient form" which should be "Point-slope form" in the US.

Rationale: The term "brackets" is used in text fields 12771756:0 and 497449465:0 to refer to the parentheses shown in the image. In the United States, "parentheses" is the standard mathematical term for "()", while "brackets" typically refers to "[]".

Rationale: The term "gradient" is used multiple times in text fields and LaTeX formulas (e.g., key 1732498115061000:5, 100195423:0, and 1743379478159000:4). In the US, "slope" is the standard term.

Rationale: The content uses standard mathematical terminology and spelling common to both Australian and United States English. There are no metric units, Australian cultural references, or specific spelling differences (like "centre" or "colour") present in the text or images.

Rationale: The content uses standard mathematical terminology (place value, decimal point, tenths, hundredths) and spelling that is consistent across both Australian and US English. There are no metric units, currency, or cultural references present.

Rationale: The terminology used (histograms, box plots, quartiles, median) is standard in both Australian and US math curricula. There are no spelling differences, metric units, or cultural references present in the text or images.

Rationale: The terminology used ("Segment", "Arc", "Sector") is universal in geometry and no Australian-specific spelling, units, or cultural references are present in the text or image.

Rationale: The content is generic and uses terminology and spelling common to both AU and US English. The calendar in the image starts on Sunday, which is the standard format in the United States.

Rationale: The template uses metric units (cm) in multiple text fields and the image. Following the units_simple rule, these are converted to inches (in) while keeping the numerical values the same.

Rationale: The template uses standard mathematical terminology and spelling that is identical in both Australian and US English. There are no metric units, cultural references, or specific Australian school terminology present in the text or images.

Rationale: The content uses generic mathematical terminology and notation. There are no Australian-specific spellings, units, or cultural references in the text or images.

Rationale: The term "talking digit" is Australian math terminology used to describe the digit that determines whether to round up or down. In the United States, this is commonly referred to as the "indicator digit" or "test digit". This term appears in text field 1730691079172000:4 and image 89087703.

Rationale: The content uses standard mathematical terminology and spelling that is identical in both Australian and US English. There are no units, cultural references, or specific AU-style spellings present in the text or images.

Rationale: The content is generic mathematics regarding inverse operations (multiplication and division). There are no Australian-specific spellings, terminology, units, or cultural references in any of the text fields or the image.

Rationale: The content consists of basic number sequencing and place value concepts ("ones", "carry the 1") which are identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or images.

Rationale: The word "labelling" in text field 497449465:0 is the Australian spelling; the US spelling is "labeling".

Rationale: The template uses standard mathematical terminology (IQR, Q1, Q3, median) and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The image uses the term "indices" (division law of indices, multiplication law of indices), which is standard Australian terminology. In the United States, the term "exponents" is used (e.g., "laws of exponents" or "exponent rules").

Rationale: The content is purely mathematical, focusing on polynomial long division. There are no Australian-specific spellings, terminology, units, or cultural references in either the text fields or the images. The notation used for long division is standard in both Australia and the United States.

Rationale: The content is purely mathematical, focusing on unit fractions and division. There are no Australian-specific spellings, terminology, units of measurement, or cultural references in the text or the image.

Rationale: The term "surd" (found in text fields 497449465:0 and 1723011400867000:0) is standard Australian math terminology. In the United States, the term "radical" is used to describe irrational roots of rational numbers.

Rationale:

Rationale: The content uses universal mathematical terminology ("Scientific notation") and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The content uses standard mathematical terminology and spelling common to both Australian and US English. There are no metric units, currency, or cultural references present in the text or the image.

Rationale: The text and images contain no Australian-specific spelling, terminology, units, or cultural references. The content is mathematically universal and uses standard US-compatible terminology.

Rationale: The content uses standard mathematical terminology and spelling ("transportation", "frequency", "data") that is already consistent with US English. No metric units, Australian cultural references, or AU-specific spellings are present in the text or the image.

Rationale: The content uses standard mathematical terminology and contains no Australian-specific spelling, units, or cultural references in either the text fields or the images.

Rationale: The image contains a metric unit (°C) and an Australian date format (1st September). These need to be converted to US customary units (°F) and US date format (September 1st).

Rationale: The template uses standard geometric terminology (line, line segment, ray) that is identical in both Australian and US English. There are no metric units, spelling differences, or cultural references present in the text or images.

Rationale: The content uses generic terminology, currency symbols ($), and units (bottles) that are identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references present in the text or images.

Rationale: The template uses universal mathematical terminology and notation. There are no metric units, Australian spellings, or cultural references present in the text fields or the image.

Rationale: The template uses metric units (cm and cm³) in both the text fields and the image labels. Following the units_simple rule, these are converted to US customary units (in and in³) while keeping the numerical values the same.

Rationale: The term "null factor law" is commonly used in Australia, whereas the United States uses the "Zero Product Property".

Rationale: The word "factorisation" is used in two text fields (1732498160513007:0 and 1739860677936000:0), which is the Australian spelling. The US spelling is "factorization".

Rationale: The content uses standard mathematical terminology and spelling common to both Australian and US English. There are no metric units, specific AU spellings, or cultural references present in the text or images.

Rationale: The text and image use standard mathematical terminology for place value (millions, billions, trillions) which is identical in both Australian and US English. There are no metric units, spelling differences, or cultural references present.

Rationale: The text uses standard statistical terminology (convenience sampling, cluster sampling) and spelling that is identical in both Australian and US English. There are no metric units or cultural references in the text or images.

Rationale: The content uses standard geometric terminology ("cones", "spheres", "3D shapes", "curved surfaces") that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references present in the text or images.

Rationale: The content uses standard mathematical terminology and spelling (logarithms, argument, base) that is identical in both Australian and US English. There are no units, cultural references, or specific AU-style notations present in the text or the image.

Rationale: The content is purely mathematical, focusing on function reflections. There are no Australian-specific spellings, units, terminology, or cultural references in either the text or the image.

Rationale: The template uses universal geometric terminology ("central angle theorem") and standard mathematical notation. There are no metric units, Australian-specific spellings (like "centre"), or cultural references present in the text or the image.

Rationale: The template uses the Australian math acronym "BODMAS" in both the text and the image. This needs to be converted to the US equivalent "PEMDAS". This conversion also requires updating the terminology for the acronym's components: "Brackets" to "Parentheses" and "Orders" to "Exponents", as well as reordering Multiplication and Division to match the US acronym.

Rationale: The content uses standard mathematical terminology and spelling common to both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or images.

Rationale: The content is purely mathematical, focusing on box plots and summary statistics. There are no Australian-specific spellings, terminology, units, or cultural references in either the text or the image.

Rationale: The image contains metric units (mm) which need to be converted to US customary units (in) per the units_simple rule.

Rationale: The content uses universal mathematical notation for scientific notation. There are no Australian-specific spellings, terminology, units, or cultural references in the text fields or the image.

Rationale: The template uses generic "units" for measurement and contains no Australian-specific spelling, terminology, or cultural references in either the text or the images.

Rationale: The term "gradient" is used multiple times in the text fields (1732498235853003:0, 1738638814358000:0, 1743724730663001:1, 1743726838188000:2, 1743726840445000:2), which is the Australian term for "slope" in the United States.

Rationale: The word "Recognising" in text field 497449465:0 uses Australian spelling and needs to be converted to the US spelling "Recognizing".

Rationale: The image uses "Dice" as a singular noun ("a Six Sided Dice", "a Weighted Dice"), which is "Die" in US math terminology. Additionally, the coin outcomes are listed as "{Head, Tail}", whereas "{Heads, Tails}" is the standard convention in US probability contexts.

Rationale: The text uses the Australian/British spelling/suffix variants "upwards" (key 12771756:13) and "downwards" (key 12771756:19), which are localized to "upward" and "downward" in US English. The image contains no AU-specific content or metric units.

Rationale: No Australian-specific spelling, terminology, units, or cultural references were found in the text fields or the image. The content is mathematically universal and uses standard English common to both AU and US.

Rationale: The content uses universal mathematical terminology (frequency table, category, data set) and contains no Australian-specific spellings, units, or cultural references in either the text or the image.

Rationale: The content uses standard mathematical terminology and spelling (e.g., "Venn diagram", "Set notation", "probabilities") that is identical in both Australian and US English. There are no metric units, currency, or cultural references present in the text or the image.

Rationale: The content uses universal terminology ("mass", "heavier", "lighter") and generic objects (rock, feather) with no Australian-specific spelling, units, or cultural references.

Rationale: The content is generic and does not contain any Australian-specific spelling, terminology, units of measurement, or cultural references in either the text or the images.

Rationale: The template contains generic geometric terminology ("polygon", "regular", "irregular") and a simple geometric shape with no units, spelling variants, or cultural references that require localization between AU and US English.

Rationale: The content is purely mathematical, focusing on logarithmic scales. There are no Australian-specific spellings, terminology, units, or cultural references in either the text fields or the images.

Rationale: The content uses standard mathematical terminology (discriminant, quadratic equation, real solutions) and notation that is identical in both Australian and US English. There are no spelling variants, metric units, or cultural references present in the text or images.

Rationale: The content is purely mathematical, focusing on graphing systems of linear inequalities. There are no instances of Australian spelling, terminology (like "gradient"), metric units, or cultural references in either the text fields or the images.

Rationale: The template uses universal units of time (minutes and seconds) and standard mathematical terminology. There are no Australian-specific spellings, metric units requiring conversion to US customary units, or cultural references. While there are minor typos in the original text ("mintues", "shows is"), these are not AU-specific and thus do not require localization according to the core principles which mandate preserving the original text unless a specific conversion is required.

Rationale: The content consists of abstract mathematical inequalities and logical statements. There are no metric units, Australian spellings, or cultural references present in the text fields. No images were provided for review.

Rationale: The text and images use standard mathematical terminology and spelling common to both Australian and US English. There are no units, cultural references, or specific AU-style spellings present.

Rationale: The content describes skip counting by threes, which uses universal mathematical terminology and notation. There are no Australian-specific spellings, units, or cultural references in the text or images.

Rationale: The word "coloured" is used in two text fields (669567149:0 and 1724638199243000:0), which needs to be updated to the US spelling "colored".

Rationale: The content uses standard mathematical terminology and spelling common to both Australian and US English. There are no metric units, Australian cultural references, or specific spelling differences (like 'colour' or 'centre') present in the text or images.

Rationale: No Australian-specific spelling, terminology, units, or cultural references were found in the text or images. The content is generic and suitable for both AU and US audiences without modification.

Rationale: The template uses the Australian term "trapezium" (and its plural "trapeziums"), which is referred to as a "trapezoid" (and "trapezoids") in the United States.

Rationale: The template uses the Australian acronym "BODMAS" and terms "Brackets" and "Orders", which need to be converted to the US equivalent "PEMDAS", "Parentheses", and "Exponents". These terms appear in both the text fields and the image.

Rationale: The template contains metric units ("cm") in several text fields (e.g., 1743430972168000:3) which need to be converted to US customary units ("in"). Numerical values are preserved as per the units_simple rule. The image contains the number "10" without units, which is consistent with the converted text "10 in".

Rationale: The template uses universal mathematical terminology ("multiplication patterns", "common ratio") and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The content describes the geometric properties of a kite using standard terminology ("2D shape", "straight sides", "same length") that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or the image.

Rationale: The content uses universal mathematical terminology ("Two-way tables", "frequency", "rows", "columns") and generic categories (cats and dogs) that do not require localization for a US audience. No metric units, Australian spelling, or cultural references are present.

Rationale: The template uses standard mathematical terminology and spelling that is identical in both Australian and United States English. There are no metric units, Australian cultural references, or specific school year level mentions that require localization.

Rationale: The text and images use universal mathematical terminology ("unit cubes", "thousands", "hundreds", "tens", "ones") and contain no Australian-specific spelling, metric units, or cultural references.

Rationale: The template uses generic mathematical language and concepts (division) that are identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or the image.

Rationale: The template contains no Australian-specific spelling, terminology, units, or cultural references. The sports mentioned (Basketball and Soccer) and the terminology used (Venn diagrams, events) are standard in the United States.

Rationale: The template uses Australian currency (coins and notes) in both text and images. Australian banknotes are made of polymer (plastic), whereas US bills are made of a cotton-linen blend (commonly referred to as paper). The term "notes" is also replaced with "bills" for US localization.

Rationale: The word "Analyse" is used in two text fields, which is the Australian spelling. It needs to be converted to the US spelling "Analyze".

Rationale: The term "gradient" is used in both text fields and is the Australian equivalent of the US term "slope". Following the conversion rules, "gradient" has been changed to "slope" and "Gradient-intercept form" to "Slope-intercept form". Mathematical formulas and variables (like 'c' in y=mx+c) are preserved as per the core principles.

Rationale: The text and images contain no Australian-specific spelling, terminology, units, or cultural references. All terms used (perimeter, sum, lengths, distance) are standard in both Australian and US English.

Rationale: The image contains the Australian term "bushwalking", which is a cultural reference that needs to be converted to the US equivalent "hiking".

Rationale: The image (887768118) contains an Australian $2 coin, which is a distinct cultural reference that needs to be replaced with US currency.

Rationale: The image contains metric units (cm) which need to be converted to US customary units (in) while keeping the same numerical values. No AU-specific text or spelling was found in the editable fields.

Rationale: The content uses standard mathematical terminology (translation, rotation, reflection, tessellation) and spelling that is identical in both Australian and US English. There are no units, currency, or cultural references present in the text or images.

Rationale: The term "gradient" is used in multiple text fields (1732497965581001:1, 1732497965581011:1, 1732498115061000:0), which is the Australian mathematical term for "slope" in the United States.

Rationale: The image contains metric units (m) which must be converted to US customary units (ft) according to the units_simple rule, keeping the numerical values the same.

Rationale: The content uses standard mathematical terminology and notation common to both Australian and US English. There are no metric units, specific spellings, or cultural references that require localization.

Rationale: The template uses Australian math terminology: "maths" (text field 1723699635802004:0) and "worded problems" (text fields 1723699635802004:0 and 1723699635802008:0). These are converted to "math" and "word problems" respectively for the US version.

Rationale: The image (1765154487678000) contains the term "Working out" in the table header, which is standard Australian math terminology. In the United States, "Work" is the standard term used in this context. No other AU-specific content was found in the text fields.

Rationale: The content discusses the Remainder Theorem in algebra. All terminology ("remainder theorem", "polynomial", "linear divisor") is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references present in the text fields. No images were provided for review.

Rationale: The content consists of mathematical terminology (parabola, dilation, reflection, coefficient) and standard English that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references present.

Rationale: The content describes the basic properties of a circle and uses generic circular objects in the image (clock, pizza, lollipop, tire, ring). There are no Australian-specific spellings, terminology, units, or cultural references present.

Rationale: The image (ID 704623812) shows an Australian $5 note, which is a distinct cultural reference. While the text fields use generic currency terms (dollars, cents, $), the visual content is specific to Australia.

Rationale: The template uses standard mathematical terminology ("rectangular prism", "rectangle", "2D shapes", "3D solid") that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or images.

Rationale: The content describes the mathematical process of rounding to the nearest ten, which uses universal terminology and notation. There are no Australian-specific spellings, units, or cultural references in the text or the image.

Rationale: The image 1752047394110000 contains the metric unit "6 cm". Following the units_simple rule, this must be converted to "6 in" while keeping the numerical value the same.

Rationale: The template uses metric units (cm) in both the text fields and the image. Following the units_simple rule, these are converted to inches (in) while keeping the numerical values the same.

Rationale: No AU-specific spelling, terminology, units, or cultural references were found in the text fields or images. The terms "translation", "reflection", "rotation", and "tessellation" are standard in both Australian and US English.

Rationale: The template uses standard mathematical terminology (ordering numbers, place value, thousands, hundreds, tens, ones) that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references present in the text or images.

Rationale: The content describes skip counting by fives, which uses universal mathematical terminology and numbers. There are no spelling, unit, or cultural references specific to Australia in the text or the image.

Rationale: The content uses standard mathematical terminology (acute angles, right angles) and spelling that is identical in both Australian and US English. There are no units, currency, or cultural references present in the text or the image.

Rationale: The content uses universal mathematical terminology ("congruent shapes") and contains no Australian-specific spelling, units, or cultural references in either the text or the images.

Rationale: The word "centre" in text field 639874069:2 is the Australian spelling; it needs to be converted to the US spelling "center".

Rationale: The word "Factorising" in text field 1724393034372014:0 is the Australian spelling; the US spelling is "Factoring".

Rationale: The content uses universal mathematical terminology and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The content is purely mathematical, focusing on coordinate geometry and rotations. There are no spelling differences, metric units, or cultural references present in the text or images.

Rationale: No Australian-specific spelling, terminology, units, or cultural references were found in the text fields or the image. The content describes geometric properties of a rectangle using universal terminology.

Rationale: The template uses the Australian term "vertically opposite angles," which should be converted to the US term "vertical angles" in all text fields. No metric units or cultural references are present.

Rationale: The template uses metric units (Grams, Kilograms, Tonnes) which must be converted to US customary units (Ounces, Pounds, Tons). "Tonnes" is also an Australian spelling variant of "Tons".

Rationale: The content uses universal mathematical terminology and contains no units, spelling variants, or cultural references that require localization between Australian and US English.

Rationale: The content uses standard statistical terminology (skewness, mean, median, mode, distribution) and spelling that is identical in both Australian and US English. There are no metric units or cultural references present.

Rationale: The content uses universal mathematical terminology ("acute angles", "diagram") and contains no Australian-specific spellings, units, or cultural references.

Rationale: The content is purely mathematical (geometric sequences) and uses standard notation ($u_n$, $r$, $n$) that is common in both Australian and US curricula. There are no spelling variants, metric units, or cultural references present in the text fields.

Rationale: The content uses standard mathematical terminology and spelling (prime factors, divisors) that is identical in both Australian and US English. There are no units, currency, or cultural references present in the text or the image.

Rationale: The content is purely mathematical, focusing on the domain and range of the cosine function. There are no Australian-specific spellings, terminology, units, or cultural references in the text or images.

Rationale: The content uses standard mathematical terminology ("intercept form", "dilation", "parabola", "x-intercepts") that is common in both Australian and United States curricula. There are no Australian-specific spellings, metric units, or cultural references present in the text or images.

Rationale: The content uses standard mathematical terminology and generic examples (bread, apple) that are applicable in both Australian and US contexts. No metric units, AU-specific spellings, or cultural references were identified.

Rationale: The template uses the Australian math term "RHS" (Right angle-Hypotenuse-Side) which needs to be converted to the US equivalent "HL" (Hypotenuse-Leg). This terminology appears in multiple text fields and as a label in one of the images.

Rationale: The template uses standard mathematical terminology ("Base", "Height", "Area", "right angle") that is common to both Australian and US English. No metric units, Australian spellings (like "metre" or "colour"), or Australian cultural references are present in the text or images. While "Perpendicular Height" is a common term in the Australian curriculum, it is not included in the mandatory conversion list and is mathematically accurate in a US context. The image contains generic geometric labels ("Height", "Base") and symbols (right angle) that require no localization.

Rationale: The template uses standard mathematical terminology ("composite solids", "triangular prism", "rectangular prism") and spelling that is identical in both Australian and US English. There are no metric units, currency, or cultural references present in the text or the image.

Rationale: The content uses generic terminology ("unit square", "area") and contains no Australian-specific spellings, metric units, or cultural references in either the text or the image.

Rationale: The content uses standard mathematical terminology ("grid coordinate system", "number lines", "origin") and notation that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or the image.

Rationale: The content uses standard mathematical terminology (relation, ordered pairs, input, output, mapping) and spelling that is identical in both Australian and US English. There are no units, currency, or cultural references present in the text or images.

Rationale: No Australian spelling, terminology, units, or cultural references were found in the text fields or images. The content describes a universal mental math strategy for division.

Rationale: The content uses standard mathematical terminology and notation common to both Australia and the United States. There are no metric units, Australian spellings, or cultural references present in the text fields or the image.

Rationale: The content uses standard mathematical terminology ("regrouping", "tens", "ones") and notation that is identical in both Australian and US curricula. There are no metric units, AU-specific spellings, or cultural references present in the text or the image.

Rationale: The content uses standard graph theory terminology (cycle, walk, vertex, edge) which is identical in both Australian and US English. There are no metric units, spelling variations, or cultural references present in the text or images.

Rationale: The template contains Australian cultural and terminology references: "In Australia" (text field), "GST" (text fields and image), and "Tax Invoice" (text field and image). These need to be converted to US equivalents ("In the United States", "sales tax", and "receipt").

Rationale: The template uses Australian math terminology "HCF" (Highest Common Factor) and "Factorise", as well as Australian spelling "factorised" and "Factorising". These need to be converted to US equivalents: "GCF" (Greatest Common Factor), "Factor", "factored", and "Factoring".

Rationale: The term "per annum" is commonly used in Australian financial contexts, whereas "per year" or "annually" is more standard in US K-12 education. No metric units or other AU-specific content found.

Rationale: The content is purely mathematical, focusing on identifying percentages using a 10x10 grid. There are no Australian-specific spellings, terminology, units, or cultural references in the text or the image.

Rationale: The content is generic and does not contain any Australian-specific spelling, terminology, units, or cultural references. Frogs are a universal animal and the mathematical concepts are standard.

Rationale: The template uses universal mathematical terminology and contains no Australian-specific spelling, units, or cultural references in either the text fields or the image.

Rationale: The content uses standard mathematical terminology and place value labels (hundreds, tens, ones) that are common to both Australian and US English. There are no metric units, AU-specific spellings, or cultural references present in the text or images.

Rationale: The content uses standard mathematical terminology ("subtraction", "regroup", "ones", "tens") that is common to both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or images.

Rationale: The content is purely mathematical, focusing on substituting values into a linear equation to complete a table. There are no Australian-specific spellings, terminology, units of measurement, or cultural references in either the text fields or the image.

Rationale: The terminology used ("regrouping", "tens", "ones") is standard in both Australian and US mathematics education. There are no metric units, Australian-specific spellings, or cultural references present in the text or images.

Rationale: The template uses standard mathematical terminology and notation for set theory (Venn diagrams, intersection, union, complement) that is identical in both Australian and US English. No metric units, AU-specific spellings, or cultural references are present in the text or images.

Rationale: The phrase "worded multiplication problems" is Australian terminology; the US equivalent is "multiplication word problems".

Rationale: The content consists entirely of logarithmic calculations and generic mathematical instructions ("Example", "Apply the law", "Simplify", "Calculate"). There are no metric units, Australian spellings, or cultural references present in the text fields.

Rationale: The term "gradient" is used in text field 1742367093743000:0, which is the Australian term for "slope" in the United States.

Rationale: The content uses standard mathematical terminology and spelling common to both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or images.

Rationale: The template contains metric units "kilometres per hour (km/h)" and "metres per second (m/s)" in the text fields, which need to be converted to US customary units (miles per hour and feet per second) per the units_simple rule.

Rationale: The content is generic subtraction using fingers. There are no Australian-specific spellings, terminology, units, or cultural references in the text or images.

Rationale: The term "right-angled triangle" is used in text field 1724629524172000:0, which is Australian terminology. The US equivalent is "right triangle".

Rationale: The template contains no Australian-specific spelling, terminology, units, or cultural references. The text already uses the US spelling "factored" (as opposed to the Australian "factorised"), and all mathematical terms like "x-intercept" and "quadratic" are standard in both regions.

Rationale: The content is purely algebraic, involving solving an equation with exponents. There are no metric units, Australian spellings, Australian terminology, or cultural references present in the text fields. All mathematical notation is universal.

Rationale: All text fields use standard US mathematical terminology and spelling. No metric units, Australian currency, or cultural references are present in the text or images. The term "Working out" in the image is common in Australia but is not a listed conversion and is mathematically clear in a US context.

Rationale: The terms "index law" (text field 1739769299862000:3) and "Index laws" (text field 1742363544920000:0) are standard Australian mathematical terminology. In the United States, these are referred to as "exponent laws" or "exponent rules".

Rationale: The word "Favourite" in text field 1739926476376015:1 is the Australian spelling and needs to be converted to the US spelling "Favorite".

Rationale: The word "labelled" in text field 1757557152764000:0 uses Australian spelling; it needs to be converted to the US spelling "labeled".

Rationale: The content relates to reading a digital clock. No Australian-specific spelling, terminology, units, or cultural references were found in the text fields or the image.

Rationale: The term "worded problems" used in field 1738898650084008:0 is standard Australian math terminology; the US equivalent is "word problems".

Rationale: The content uses standard mathematical terminology ("universal set", "Venn diagrams") and spelling that is identical in both Australian and US English. There are no units, currency, or cultural references present.

Rationale: No Australian-specific spelling, terminology, units, or cultural references were identified in the text fields or the image. The written form of the number in the image ("one hundred twenty-three thousand, four hundred fifty-six") already follows the US convention of omitting the word "and" between place values.

Rationale: The template contains no Australian-specific spelling, terminology, units, or cultural references. It already uses US-compatible terms like "slope" and "y-intercept" and contains no metric units or AU-specific imagery.

Rationale: The image uses the Australian school term "roll" to refer to an attendance record. In the United States, "attendance sheet" or "attendance record" is the standard terminology for this context.

Rationale: The content uses generic names (Sarah), objects (pencils, boxes), and mathematical terminology (number sentence, multiplication) that are standard in both Australian and United States educational contexts. No metric units, Australian spelling variants, or specific Australian cultural references are present. While "lots of" is a common Australian phrasing for multiplication, it is not included in the mandatory conversion list and is also understood in the US, thus no changes are required per the core principles.

Rationale: The template contains no Australian-specific spelling, terminology, units, or cultural references. The currency symbol ($) and the context of a jacket on sale are generic and appropriate for both AU and US audiences. The typo "orginal" is not an AU-specific spelling variant and remains unchanged according to the rule to only apply listed conversions.

Rationale: The term "indices" (used in the title "equating indices") is the standard Australian term for what is called "exponents" in the United States. The rest of the slide already uses "exponents," so the title needs to be updated for consistency and US curriculum alignment.

Rationale: The content uses standard mathematical terminology ("dummy variable", "function notation") and spelling that is identical in both Australian and US English. There are no units, currency, or cultural references present in the text or the image.

Rationale: The text and images use universal mathematical terminology (length, width, height, 2D, 3D) and contain no Australian-specific spelling, units, or cultural references.

Rationale: The content uses universal mathematical terminology (subgraphs, points, connections) and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The content uses universal mathematical terminology for continuous compounding interest. There are no Australian-specific spellings, units, or cultural references in the text fields or the image.

Rationale: The content is purely mathematical (vertical line test for functions) and contains no Australian-specific spelling, terminology, units, or cultural references in either the text or the image.

Rationale: The term "bushwalking" used in the image is a distinctly Australian term for "hiking".

Rationale: The text uses standard mathematical terminology and spelling that is identical in both Australian and US English. There are no metric units, Australian cultural references, or specific Australian spellings (like "colour" or "centre") present in the text or images. The image of a coin flip is generic and appropriate for both regions.

Rationale: The template uses the term "highest common factor (HCF)", which is standard in Australia. In the United States, the standard term is "greatest common factor (GCF)". This terminology appears in multiple text fields and the image.

Rationale: The content uses universal mathematical terminology ("intercepts") and notation. There are no Australian-specific spellings, units, or cultural references present in the text fields or the image.

Rationale: The content focuses on identifying bases and exponents in mathematical expressions. There are no metric units, Australian spellings, or cultural references present in the text fields. All terminology used (Base, Exponent) is standard in both AU and US English.

Rationale: The content uses generic mathematical terminology and concepts ("multiplying", "times table", "repeated addition") that are standard in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or images.

Rationale: The text and image contain no Australian-specific spelling, terminology, units, or cultural references. The content is mathematically universal.

Rationale: The content uses universal mathematical language and concepts (counting by tens) with no Australian-specific spelling, terminology, units, or cultural references in either the text or the image.

Rationale: The content uses standard mathematical terminology (FOIL, binomials, polynomials) and spelling that is identical in both Australian and US English. There are no metric units, currency, or cultural references present in the text or images.

Rationale: No Australian-specific spelling, terminology, units, or cultural references were found in the text fields or the image. The names and visual content are generic and appropriate for both AU and US audiences.

Rationale: The content uses standard mathematical terminology and spelling common to both Australian and US English. There are no metric units, AU-specific spellings (like "centre" or "colour"), or cultural references in the text or images.

Rationale: The images contain metric units: "30 km" in image 1760335905354000 and "5.0 m", "8.1 m", and "4.2 m" in image 1760335936857000. These need to be converted to US customary units (mi and ft) while keeping the same numerical values.

Rationale: The text and imagery use generic terminology and symbols ($) that are standard in both Australian and US English. No AU-specific spelling (e.g., colour), terminology (e.g., maths), metric units, or cultural references are present. The term "mark-up" is an acceptable spelling variant in US English, and it is not included in the mandatory conversion list.

Rationale: The image contains the word "and" within the written form of a whole number ("Four hundred and fifty two thousand, three hundred and nineteen"). In US mathematics, "and" is reserved for the decimal point and is omitted when writing whole numbers. Additionally, the image should use a hyphen in "fifty-two" to match the text field and US conventions.

Rationale: The content discusses the mathematical concept of real solutions to equations. There are no metric units, Australian spellings, or cultural references present in the text fields. All terminology used (real solution, whole number, fraction, decimal) is standard in both AU and US English.

Rationale: The text and images use universal mathematical terminology and visual examples (stop sign, clothes hanger) that are common to both Australia and the United States. No metric units, Australian spellings, or specific cultural references were found.

Rationale: The content is a generic mathematical exercise involving a number line from 1 to 10. There are no Australian-specific spellings, terminology, units of measurement, or cultural references in either the text fields or the image.

Rationale: The term "centre" is used in text field 1724641528325000:2, which is the Australian spelling. It needs to be converted to the US spelling "center".

Rationale: The content uses generic mathematical terminology and concepts (discrete data, frequency tables) that are identical in both Australian and US English. No metric units, AU-specific spellings, or cultural references were found in the text or images.

Rationale: The template contains no Australian-specific spelling, terminology, units, or cultural references. All text and images are generic and suitable for both AU and US audiences.

Rationale: The content uses standard mathematical terminology (rounding, tens digit, ones digit) and spelling that is identical in both Australian and US English. There are no units, currency, or cultural references present.

Rationale: The template uses standard graph theory terminology (walk, trail, circuit, path, cycle) which is consistent between Australian and US English. There are no metric units, spelling variations, or cultural references present in the text or images.

Rationale: The term "worded problems" is Australian terminology; the US equivalent is "word problems".

Rationale: The image contains metric unit labels "10 cm" and "5 cm". These must be converted to US customary units ("10 in" and "5 in") following the units_simple rule where numerical values are preserved and only the unit label is swapped.

Rationale: The template contains only algebraic equations and general mathematical instructions ("Isolate the variable", "Solve the equation"). There are no metric units, Australian spellings, or cultural references present in any of the text fields.

Rationale: The content uses universal mathematical terminology (translations, transformations, tessellation) and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The terminology used ("Population", "Sample", "Sampling", "Statistics") is standard in both Australian and US English. There are no spelling differences, metric units, or cultural references present in the text or the image.

Rationale: The content uses universal mathematical terminology ("Function notation", "Input", "Output") and contains no Australian-specific spellings, units, or cultural references in either the text fields or the image.

Rationale: The word "centre" (AU spelling) is used in text field 1724644486557000:2 and needs to be converted to "center" (US spelling).

Rationale: The word "colour" in text field 1750823043217000:6 is the Australian spelling and needs to be converted to the US spelling "color".

Rationale: The content uses generic mathematical terminology and notation for the area of a kite. There are no Australian-specific spellings, units, or cultural references in the text or the image.

Rationale: The word "Recognising" in text field 1732497965582015:0 uses Australian spelling and needs to be converted to the US spelling "Recognizing".

Rationale: The term "worded problems" in text field 1750904029704008:0 is Australian terminology; the US equivalent is "word problems".

Rationale: The content uses standard mathematical terminology for geometric sequences that is understood in both Australian and US contexts. There are no metric units, AU-specific spellings, or cultural references present in the text or the image. The notation \(u_n\) and \(u_1\) is standard in international and some US curricula (though \(a_n\) is also common), and per the core principles, mathematical notation must remain byte-identical.

Rationale: The content consists of algebraic substitution steps and general mathematical terminology ("variable", "substitution", "solution") that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references present.

Rationale: The content uses universal mathematical terminology ("mean", "dataset", "data points") and contains no Australian-specific spelling, units, or cultural references in either the text fields or the image.

Rationale: The content uses universal mathematical terminology and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The template uses standard geometric terminology (cone, vertex, face, solid) and spelling that is identical in both Australian and US English. There are no units, currency, or cultural references present in the text or images.

Rationale: No Australian-specific spelling, terminology, units, or cultural references were found in the text or images. The graph theory terminology "walk" is standard in both Australian and US English.

Rationale: The content uses universal geometric terminology (hexagon, tessellate, interior angles) and notation (degrees). No Australian-specific spelling, units, or cultural references are present in the text or images.

Rationale: The content uses universal mathematical terminology and notation for exponential functions. There are no Australian-specific spellings, units, or cultural references in the text or images.

Rationale: The content uses standard mathematical terminology ("mean", "dataset") and spelling that is identical in both Australian and US English. There are no units, currency, or cultural references present.

Rationale: The template contains metric units ("cm") in both text fields and the image, which need to be converted to US customary units ("in") while keeping the same numerical values (units_simple). It also uses the term "congruency," which should be updated to the US math term "congruence" (terminology).

Rationale: The term "Year 10" is used in a text field and the image title to refer to a school grade level, which should be "Grade 10" in the US.

Rationale: The content is purely mathematical, focusing on conditional probability. There are no metric units, Australian spellings, or cultural references present in the text fields. The notation used for probability (Pr) is standard in both AU and US contexts.

Rationale: The content uses standard mathematical terminology ("decimal sequences", "common difference") and spelling that is identical in both Australian and US English. There are no units, currency, or cultural references present in the text or the image.

Rationale: No Australian spelling, terminology, units, or cultural references were found in the text or images. The content is mathematically universal and uses standard US terminology like "Percent".

Rationale: The content uses standard mathematical terminology (x-intercept, x-axis) and notation that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or the image.

Rationale: The content uses standard mathematical terminology (domain, denominator, restricted values) and notation that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or the image.

Rationale: The template uses the metric unit "cm" in both text fields and an image label. Following the units_simple rule, these are converted to "in" while keeping the numerical values the same.

Rationale: The content uses standard mathematical terminology and place value labels (Hundreds, Tens, Ones) that are identical in both Australian and US English. No metric units, Australian spellings, or cultural references are present in the text or images.

Rationale: The term "turning point" is used in Australian mathematics to refer to the vertex of a parabola. In the United States, "vertex" is the standard term used in this context.

Rationale: The content is generic and does not contain any Australian-specific spelling, terminology, units, or cultural references. The terms "chart" and "graph" are used interchangeably, which is appropriate for both AU and US contexts. The labels in the images ("Column", "Dot", "Line", "Picture", "Pie") are generic descriptors and do not require localization.

Rationale: No metric units, Australian-specific terminology from the approved conversion list, or Australian cultural references were found in the text fields or images. Terms like "downwards" and "turning point" are not included in the provided conversion list and thus remain unchanged.

Rationale: The content is purely mathematical, focusing on the degree of a polynomial. There are no units, spelling variations (like "colour" or "metre"), or cultural references that require localization from Australian to US English.

Rationale: The content uses generic mathematical language ("pattern", "formula") and objects (eggs) that are common to both Australian and US English. There are no metric units, AU-specific spellings, or cultural references present in the text or images.

Rationale: The content describes ordinal numbers (1st, 2nd, 3rd, 4th), which use identical terminology, spelling, and notation in both Australian and US English. There are no metric units, currency, or cultural references present.

Rationale: The content uses standard mathematical terminology and notation for bearings (true bearings and quadrant bearings) which is identical in both Australian and United States curricula. There are no metric units, AU-specific spellings, or cultural references present in the text or images.

Rationale: The content is purely mathematical (geometric sequences) and contains no Australian-specific spelling, terminology, units, or cultural references in either the text or the image.

Rationale: The template uses universal mathematical terminology (vertex, edge, walk) and contains no metric units, Australian spelling, or cultural references in either the text or the images.

Rationale: The template uses standard mathematical terminology ("interval", "number line", "zero") and notation that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references present in the text or images.

Rationale: The content uses standard mathematical terminology and notation that is identical in both Australian and US English. There are no spelling variants, metric units, or cultural references present in the text or images.

Rationale: The content is generic and does not contain any Australian-specific spelling, terminology, units, or cultural references. The calendars for March, April, and February are universal.

Rationale: The template uses standard geometric terminology (equilateral triangle, angle bisector, perpendicular bisector, right angle) and notation that is identical in both Australian and US English. There are no metric units, spelling variations, or cultural references present.

Rationale: The content consists of generic skip-counting by sevens. There are no Australian-specific spellings, terminology, units, or cultural references in the text or the image.

Rationale: The content uses universal mathematical terminology ("number sequence", "common difference") and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The content is purely geometric, focusing on the properties of an octagon. There are no Australian-specific spellings, terminology, units, or cultural references in the text or images.

Rationale: The content uses universal mathematical terminology and symbols. There are no Australian-specific spellings, metric units, or cultural references in the text or images.

Rationale: The content uses universal mathematical terminology (radicals, index, radicand, like terms) and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The content uses standard mathematical terminology and notation for long division that is common to both Australia and the United States. There are no metric units, Australian spellings, or cultural references present in the text fields or images.

Rationale: The content uses universal place value terminology ("tens", "hundreds") and standard mathematical operations. There are no Australian-specific spellings, units, or cultural references in the text or images.

Rationale: The content uses standard mathematical terminology and spelling (e.g., "percentage", "percent", "decimal") that is identical in both Australian and US English. No metric units, Australian cultural references, or specific AU-style terminology were found in the text fields or the image.

Rationale: No AU-specific content found. The text and images use standard English and mathematical concepts applicable in both AU and US contexts. No metric units or regional terminology from the conversion list are present. While "talking digit" is a pedagogical term often used in Australia, it is not included in the approved conversion list, and no other AU-specific markers are present.

Rationale: No Australian-specific spelling, terminology, units, or cultural references were found in the text or images. The term "minutes" is universal, and "back-to-back stem and leaf plot" is standard in both AU and US curricula. The typo "steam" in "steam and leaf plot" is not an AU-specific variant and remains unchanged per the strict conversion rules.

Rationale: The template contains only mathematical expressions and generic instructional text ("Example", "Identify the trig ratio", "Apply the inverse function"). There are no metric units, Australian spellings, or cultural references present in any of the text fields.

Rationale: The content uses standard mathematical terminology ("ones place", "tens place") and generic numbers that are identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references present in the text or images.

Rationale: The content uses standard mathematical terminology ("square of a difference", "expanded") and notation that is identical in both Australian and US English. There are no spelling differences, metric units, or cultural references present in the text or images.

Rationale: The content is generic and contains no Australian-specific spelling, terminology, metric units, or cultural references. The typo "proabability" in the first text field is not an AU-specific spelling variant and thus remains unchanged per the core principles.

Rationale: The terminology used ("one-to-one", "many-to-one", "function") is standard in both Australian and US mathematics. There are no spelling differences, metric units, or cultural references present in the text or images.

Rationale: The template uses universal units of time (days, weeks, and years) which are identical in both Australian and US English. There are no metric units, Australian-specific spellings, terminology, or cultural references present in the text or images.

Rationale: The content uses universal mathematical terminology ("mode", "dataset", "frequencies") and contains no Australian-specific spellings, units, or cultural references. The image is a generic frequency table using tally marks which is standard in both AU and US curricula.

Rationale: The word "centre" is used in text fields 751566784:0 and 1742520448379000:2, which needs to be changed to the US spelling "center". No other AU-specific content or metric units were found.

Rationale: The content is purely mathematical, focusing on exponential functions and their transformations. There are no Australian-specific spellings, terminology, units of measurement, or cultural references in either the text fields or the image.

Rationale: The images use the term "Units" for the ones place value, which is standard Australian math terminology. In the United States, this is referred to as "Ones". This falls under the "any other AU→US math terminology" category.

Rationale: The template uses metric units ("meters", "metres", "m", "m^2") in multiple text fields and formulas. Following the units_simple rule, these are converted to US customary units (ft, ft^2) while keeping the numerical values the same.

Rationale: The content is purely algebraic, focusing on solving quadratic equations. There are no metric units, Australian spellings, or cultural references present in the text fields. All terminology used ("coefficient", "constant", "square root") is standard in both AU and US math curricula.

Rationale: The content uses standard mathematical terminology and place value labels (Thousands, Hundreds, Tens, Ones) that are identical in both Australian and US English. There are no spelling differences, metric units, or cultural references present.

Rationale: The content uses standard mathematical terminology and spelling common to both Australian and US English. There are no metric units, currency, or cultural references present.

Rationale: The content uses standard mathematical terminology (like terms, coefficients, expression) and spelling that is identical in both Australian and US English. There are no units, currency, or cultural references present.

Rationale: The content uses generic mathematical terminology ("grid", "units") and objects (apple, milk) that are common to both Australian and US English. No metric units, AU-specific spellings, or cultural references were found.

Rationale: The content uses universal mathematical terminology ("recurrence relation", "depreciation", "common difference") and generic context (laptop value). There are no Australian-specific spellings, metric units, or cultural references. The currency symbol "$" is appropriate for both AU and US contexts.

Rationale: The template uses "soccer" and "basketball", which are standard terms in both Australia and the United States (with "soccer" being the specific US term for the sport). There are no metric units, Australian-specific spellings, or cultural references that require localization. A typo "probabilty" exists in the original text but does not fall under AU-to-US localization rules.

Rationale: The template teaches the process of converting between metric units of length (metres to centimetres). To localize this for the US, the units must be converted to US Customary (yards to feet) and the conversion factors (100 to 3) and resulting values (500 to 15) must be recalculated to maintain mathematical integrity. Evidence: "metres", "centimetres", "m", "cm" (text fields and image labels), and the conversion factor "100" (formula and image).

Rationale: The content uses universal mathematical terminology and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The template covers place value (tens and hundreds), which uses universal terminology and notation. There are no metric units, Australian spellings, or cultural references present in the text or images.

Rationale: The template uses the Australian term "trapezium" which must be converted to the US term "trapezoid". Additionally, the image contains metric units (cm) which must be converted to US customary units (in) per the units_simple rule.

Rationale: The content consists of basic mathematical definitions and generic addition expressions (2 + 4 + 5 and 2 + 2 + 2) with no Australian-specific spelling, terminology, units, or cultural references.

Rationale: The content uses universal mathematical terminology (domain, function, division by zero, square roots) and notation that is identical in both Australian and US curricula. There are no metric units, spelling variations, or cultural references present in the text or the image.

Rationale: The content uses universal mathematical terminology ("mode") and contains no Australian-specific spelling, units, or cultural references in either the text or the image.

Rationale: The template uses standard mathematical notation for division that is common in both Australia and the United States. There are no metric units, AU-specific spellings, terminology, or cultural references present in the text or images.

Rationale: The content is mathematically and culturally generic. No Australian-specific spellings (e.g., "colour"), terminology (e.g., "maths"), metric units, or distinct cultural references (e.g., Australian animals or sports like AFL/Netball) are present in the text or images. "Hockey" and "Swimming" are common sports in both Australia and the United States.

Rationale: No Australian-specific spelling, terminology, units, or cultural references were found in the text or images. The currency symbol used is the generic dollar sign ($), which is appropriate for both AU and US contexts.

Rationale: The content uses standard mathematical terminology ("cartesian plane", "coordinates", "translation") and directions ("Up", "Down", "Left", "Right") that are identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references present in the text or the image.

Rationale: The content consists of universal mathematical properties (logarithms) and standard terminology used in both Australia and the United States. There are no spelling variants, metric units, or cultural references present.

Rationale: The text and image use universal mathematical terminology (sector, radii, arc length) and standard spelling shared by both Australian and US English. There are no metric units or cultural references present.

Rationale: The content uses generic mathematical terminology (scatterplots, strength of relationships, positive/negative) that is identical in both Australian and US English. There are no metric units, AU-specific spellings, or cultural references in the text or images.

Rationale: The text and image use universal terminology and symbols ($, %) that are identical in both Australian and US English. No AU-specific spellings, units, or cultural references were found.

Rationale: The content uses universal mathematical terminology and spelling. No Australian-specific units, cultural references, or spelling variants (like "maths" or "metre") are present in the text or images.

Rationale: The content uses standard statistical terminology (mean, median, mode, positive skew) that is identical in both Australian and US English. There are no metric units, spelling variations, or cultural references present in the text or images.

Rationale: The term "gradient" is used multiple times in the text fields and LaTeX formulas. In the United States, the standard mathematical term for this concept is "slope".

Rationale: The content uses universal mathematical terminology (isosceles triangle, vertex angle, base angle) and units (degrees). No Australian-specific spellings, terminology, or cultural references are present in the text or images.

Rationale: The content uses universal mathematical terminology and notation for powers of ten. There are no Australian-specific spellings, units, or cultural references in the text or the image.

Rationale: The template uses standard graph theory terminology ("circuit", "vertex", "edge", "walk") which is consistent between Australian and US English. There are no metric units, specific spellings, or cultural references that require localization.

Rationale: The content uses standard mathematical terminology and spelling (e.g., "period", "asymptotes", "tangent") that is identical in both Australian and US English. There are no metric units, cultural references, or specific AU-style spellings present in the text or the image.

Rationale: The content uses standard mathematical terminology and spelling for naming two-digit numbers. There are no metric units, Australian cultural references, or AU-specific spellings present in the text fields or images.

Rationale: The word "centre" is used in two text fields, which is the Australian spelling. It needs to be converted to the US spelling "center". No other AU-specific content or metric units were found in the text or images.

Rationale: The term "worded problems" is used in text fields 1738898073686006:0 and 1738898073686008:0, which is the Australian equivalent of the US term "word problems".