Grade 7

79 Units, 181 Skills

Factoring and Primes - Practice

Unit 1

Digits and Divisibility - Intro

Unit 2

Speed, Distance, and Time - Intro

Unit 3

Exponents - Practice

Unit 4

Percentages - Intro

Unit 5

Cartesian Grid Basics - Practice

Unit 6

Geometry - Angles and Transformations - Practice

Unit 7

Exponents - Multiplication - Intro

Unit 8

Area and Perimeter Basic Shapes

Unit 9

Probability and Statistics - Mean, Median, and Mode - Practice

Unit 10

Multiplication - 2 and 3 Digit

Unit 11

Measurement - Units Intro - Metric

Unit 12

Geometry - Circle Concepts - Intro

Unit 13

Probability and Counting - Single Event - Practice

Unit 14

Time - Elapsed Time - Practice

Unit 15

Order of Operations - Practice

Unit 16

Geometry - Circle Circumference - Intro

Unit 17

Geometry - Shape Classification (3D) - Intro

Unit 18

Factoring and Venn Factor Diagrams - Practice

Unit 19

Percentages - Tax, Tips, and Discounts

Unit 20

Time - Elapsed Time, Negative - Practice

Unit 21

Rates and Ratios - Practice

Unit 22

Fraction Multiplication - Intro

Unit 23

Triangle Area - Practice

Unit 24

Squares and Square Roots - Intro

Unit 25

Algebra Basic Concepts - Intro

Unit 26

Factoring and Greatest Common Factor - Intro

Unit 27

Geometry - Circle Area - Intro

Unit 28

Decimal Multiplication - Practice

Unit 29

Factoring and Lowest Common Multiple - Intro

Unit 30

Fraction Addition and Subtraction - Practice

Unit 31

Scientific Notation - Intro

Unit 32

Fraction Comparing - Practice

Unit 33

Decimal Division - Practice

Unit 34

Fraction Addition and Subtraction, Mixed - Intro

Unit 35

Fraction Multiplication - Practice

Unit 36

Exponents - Division - Intro

Unit 37

Fractions and Decimals

Unit 38

Speed, Distance, and Time - Practice

Unit 39

Time - Elapsed Time - Advanced

Unit 40

Measurement - Units Practice - Metric

Unit 41

Exponents - Advanced

Unit 42

Fractions, Decimals, and Percents

Unit 43

Order of Operations - Advanced

Unit 44

Area and Perimeter Complex Shapes

Unit 45

Factoring and Primes - Advanced

Unit 46

Scientific Notation - Practice

Unit 47

Exponents - Multiplication and Division - Practice

Unit 48

Algebra Basic Concepts - Practice

Unit 49

Geometry - Shape Classification (3D) - Practice

Unit 50

Cartesian Grid Transformations - Intro

Unit 51

Triangle Area - Advanced

Unit 52

Geometry - Surface Area of 3D Shapes - Intro

Unit 53

Geometry - Volume of 3D Shapes - Intro

Unit 54

Rates and Ratios - Advanced

Unit 55

Probability and Counting - Single Event - Advanced

Unit 56

Patterning - Number Patterns Practice

Unit 57

Time - Elapsed Time, Negative - Advanced

Unit 58

Negative Integers - Intro

Unit 59

Division 3 by 2 Digit

Unit 60

Area and Perimeter Logic - Intro

Unit 61

Probability and Statistics - Counting and Probability Foundations

Unit 62

Factoring and Greatest Common Factor - Practice

Unit 63

Fraction Division - Intro

Unit 64

Geometry - Circle Area and Circumference - Practice

Unit 65

Geometry - Isosceles and Equilateral Triangles

Unit 66

Percentages - Practice

Unit 67

Digits and Divisibility - Practice

Unit 68

Cartesian Grid Geometry Logic - Intro

Unit 69

Pythagoras - Foundations

Unit 70

Decimal Multiplication - Advanced

Unit 71

Geometry - Intersecting, Parallel, and Perpendicular Lines

Unit 72

Percents and Simple Interest - Intro

Unit 73

Factoring and Lowest Common Multiple - Practice

Unit 74

Fraction Addition and Subtraction - Advanced

Unit 75

Squares and Square Roots - Practice

Unit 76

Decimal Division - Advanced

Unit 77

Fraction Addition and Subtraction, Mixed - Practice

Unit 78

Factoring, Multiplication, Division, Fractions - Intro

Unit 79

Fraction Comparing - Practice

Unit 33

This math unit focuses on the comparison of fractions, with skills progressing from introductory to more advanced levels. Initially, students learn to compare fractions where only one denominator is altered, which simplifies the process of identifying fraction equivalence and practicing basic comparisons using inequality symbols. The unit then introduces exercises involving mixed numbers and the concept of manipulating both denominators, escalating the complexity of the tasks. As students progress, they engage in more complex comparison scenarios including simplifying problems, finding common denominators, and converting between improper fractions and mixed numbers. The unit systematically builds on the foundational understanding of fractional relationships, aiming to enhance proficiency in identifying, simplifying, and comparing fractions with different denominators through various methods and increasing levels of difficulty.more

Skills you will learn include:

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Learning through Game Play

At Mobius we have lots of great (and free) resources to help you learn math. To keep kids engaged, there’s nothing better than a math-powered video game! Try out a Mobius game mapped to Fraction Comparing - Practice.

This math topic focuses on practicing the comparison of mixed fractions where both denominators have been changed. Students are required to determine if one fraction is less than, greater than, or equal to another by selecting the correct equality operator from the choices provided. Each problem presents a different pair of fractions to compare. This exercise helps in deepening the understanding of fraction comparison, a fundamental aspect of fraction arithmetic.more

This math topic revolves around the concept of fraction comparison with an emphasis on problem simplification involving mixed numbers and altered denominators. The theme is set in a context where students set up comparison problems appropriately and choose from multiple simplified fraction options to determine relational symbols like less than, greater than, or equal to. The problems test the ability to manipulate and compare fractions through various methods such as finding common denominators or transforming mixed numbers into improper fractions, ultimately aiming to enhance understanding of fraction operations and comparisons.more

This math topic focuses on comparing fractions with different denominators. It includes practice in setting up fraction comparison problems correctly and choosing the correct relational symbol (less than, greater than, or equal to) between two fractions. The skills practiced involve converting fractions to equivalent forms with common denominators to facilitate accurate comparison. It's targeted for basic learners and introduces fraction simplification as a core skill.more

This math topic focuses on practicing basic fraction comparison with a twist—each problem involves fractions with different denominators. There are several questions provided, each asking to compare two fractions and select the correct inequality symbol (<, >, =) to describe their relationship. The challenges provide fundamental skills in understanding and comparing the size of fractions, which is crucial for further math learning, particularly in topics involving fractions.more

This math topic focuses on comparing fractions with different denominators, requiring skills in simplifying and setting up fraction comparisons correctly. The problems include various levels of complexity where students compare two fractions to determine if one is greater than, less than, or equal to the other. Each problem presents multiple-choice answers with different fraction comparisons, enhancing students' understanding of fraction values and relationships. This practice is crucial for developing mathematical reasoning with fractions.more

This math topic focuses on fraction comparison and simplification. Students practice identifying and setting up comparisons between different fractions, specifically addressing situations where denominators have changed. Each question provides fractions and multiple answer choices, requiring the student to choose the correct relational operator (less than, greater than, or equal to) after possibly simplifying or finding equivalent fractions. The foundational skills sharpened include fraction simplification, understanding relational inequality between fractions and finding common denominators, essential for assessing fraction magnitude. more

This math topic focuses on comparing fractions through problem simplification techniques, specifically adjusting one denominator to facilitate comparison. It involves setting up fraction comparison problems correctly by identifying equivalent fractions or creating common denominators. The aim is to determine the relationship among fractions by comparison signs: less than, greater than, or equal to. The complexity is indicated as 'Level 3', suggesting intermediate difficulty in the broader category of introductory fraction comparison.more

This math topic focuses on comparing fractions through various methods such as converting fractions with different denominators to like denominators and simplifying them for easier comparison. It combines basic arithmetic with an understanding of fractions to establish which fraction is greater, lesser, or if they are equal. The problems vary in complexity and require students to ascertain relationships between numerators and denominators after some fractions are either reduced or converted to equivalent fractions. These exercises enhance skills in fraction comparison by equipping students with the techniques needed to tackle real-world problems involving fractional comparisons.more

This math topic focuses on comparing fractions by selecting the correct equality operator (less than, greater than, or equal to). Each problem requires students to analyze a pair of fractions and determine their relationship using comparison symbols. The skills practiced involve understanding and manipulating different denominators to compare the sizes of fractions accurately. This is a basic level exercise that forms part of an introductory unit on fraction comparison.more

This math topic focuses on the basic comparison of fractions where at least one denominator is changed to facilitate comparison. Students practice selecting the correct relational operator (less than, greater than, or equal to) between pairs of fractions. This involves understanding equivalent fractions and applying comparison skills to determine the relationship between two different fractions. Each question presents a pair of fractions alongside three potential answers: less than, greater than, or equal, enhancing foundational skills in fraction comparison.more

This math topic focuses on basic fraction comparison involving pairs of fractions with different denominators. Students are required to choose the correct comparison operator (less than, greater than, or equal to) based on the value of the fractions presented. The problems cover a variety of fraction pairs to ensure a broad understanding of how different denominators affect the relative sizes of fractions. The topic is designed to help students practice and enhance their skills in comparing fractional quantities.more

This math topic focuses on the basic comparison of fractions, specifically learning to choose the correct equality operator (less than, greater than, or equal to) between pairs of fractions, where one of the denominators has been changed. It helps students practice their understanding of how fractions relate to each other in size and develops skills in fraction simplification and equivalence to solve problems. The set includes multiple problems, all requiring the selection of an appropriate equality sign to indicate the relationship between two given fractions. This is an introductory level exercise to fraction comparison.more

This math topic focuses on comparing fractions, particularly emphasizing the simplification of problems by changing denominators to facilitate comparisons. Each question presents a pair of fractions and requires identifying the correct relation between them (less than, greater than, or equal to) after converting one or both fractions to have a common denominator. The problems are designed to develop basic fraction comparison skills within an introductory framework on fraction comparing.more

This math topic centers on fraction comparison, emphasizing problem simplification with two changed denominators. It develops understanding of equivalent fractions and fundamental comparison skills by altering the denominators to a common value, enabling easier comparison between two fractions. Each question presents fractions to compare, offering multiple answer options depicting the simplified fractions with common denominators. These exercises strengthen fraction comparison abilities by requiring students to find and utilize equivalent fractions.more

This math topic practices the skill of comparing fractions by simplifying problems where one denominator is changed. It simplifies the process of determining whether fractions are less than, greater than, or equal to each other. The problems involve setting up the fractions in a way that the denominators are the same, making the comparison straightforward. Each question presents a different set of fractions to compare, enhancing the ability to work with basic fraction manipulation and equivalence within a series of problems focused on fraction comparison basics.more

This math topic focuses on comparing fractions with different denominators. It requires practicing the skill of determining if one fraction is less than, greater than, or equal to another. Each question presents two fractions in a format requesting the selection and identification of the correct relational symbol (less than, greater than, or equal to) among the given options.more

This math topic focuses on comparing fractions where at least one fraction has its denominator changed, enhancing student ability to determine equivalence or inequality between two fractions. Problems require selecting the correct comparison operator (less than, greater than, or equal to) for various fractional pairs. This exercise is part of an introductory unit on comparing fractions, aimed at improving students' fundamental understandings of fractional relationships. Each problem presents unique pairs of mixed fractions for comparison.more

This math topic centers on practicing basic fraction comparison involving different denominators. The problems involve comparing two fractions and selecting the correct relational operator: less than, greater than, or equal to, expressing how the fractions relate to each other. Each problem presents the fractions visually using LaTeX expressions, enhancing the learner's understanding and handling of fractions in different forms. This skillset is crucial for developing a foundational understanding of ratios and proportional reasoning.more

This math topic focuses on comparing fractions with mixed numbers and different denominators. Each problem asks students to choose the correct equality operator (<, >, or =) between two fractions. The problems systematically aim to develop skills in understanding, comparing, and simplifying fractions to establish which is larger, smaller or if they are equal. This involves analyzing fractions whose denominators have been manipulated to allow comparison, testing a deeper understanding of fraction equivalency and arithmetic operations.more

This math topic focuses on comparing fractions with mixed numbers and different denominators. Learners are asked to select the appropriate comparison operator (less than, greater than, or equal to) between two given fractions. These comparisons require understanding how to compare the sizes of fractions without common denominators, an essential skill for mastering numeric relations and enhancing conceptual numeracy. There are a series of problems provided that vary in the values of the numerators and denominators, allowing for comprehensive practice in fraction comparison.more

This math topic focuses on comparing fractions with different denominators. Specifically, it covers skills related to selecting the appropriate equality operator (less than, greater than, or equal to) to compare pairs of mixed fractions where one of the fractions has had its denominator manipulated. This is an introductory level exercise within a broader unit on comparing fractions, aimed at developing an understanding of fraction equivalence and comparison. Each problem presents a unique pair of fractions for comparison, reinforcing the concept of fraction evaluation and relational thinking.more

This math topic focuses on comparing fractions, particularly through setting up comparison problems correctly despite having mixed numbers or fractions with altered denominators. The problems require students to determine the relational operator (less than, greater than, or equal to) between two fractions, after potentially simplifying them or finding a common denominator for easier comparison. This practice aids in enhancing understanding of fraction comparability and manipulation skills.more