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
This math unit begins with teaching students how to convert mixed fractions to improper fractions, establishing a fundamental understanding of fraction representations. As the unit progresses, students learn to add fractions by first simplifying problems that involve mixed fractions with one altered denominator, then advancing to adding with no simplifications. The unit further develops skills by practicing addition where denominators are unaltered and requires students to either simplify the results or keep them unsimplified, depending on the worksheet. This prepares them for handling missing values in addition equations with constant denominators, introducing complexities such as one altered denominator. The latter part of the unit transitions into subtraction, where students apply similar techniques. They start by simplifying subtraction problems with one altered denominator and progressively handle tasks that involve subtracting mixed fractions without simplifications. Additionally, students practice finding missing values in subtraction equations, further enhancing their ability to work with different denominators and simplify results when needed. This structured progression solidifies their understanding of fraction operations, focusing on both addition and subtraction with mixed numbers.more
Skills you will learn include:
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This topic covers skills related to adding fractions and finding missing values without changing denominators. The focus is on solving equations where one must determine the missing fraction that would make the equation correct. Each problem involves a different set of fractions, but all require understanding of fraction addition and the ability to keep denominators unchanged while solving for the unknown part. This forms part of a broader introduction to fraction addition and subtraction.more
This math topic focuses on practicing fraction addition, particularly aiming to solve for a missing fraction value that makes the equation true. These problems involve mixed numbers and require operations where at least one fraction's denominator changes. The goal is to find the missing fraction that, when added, results in a sum that is a whole number or a mixed number. The problems gently introduce the concept of working with fractions in additive equations, enhancing skills like converting and adding mixed fractions, and adjusting to different denominators to arrive at correct sums.more
This math topic focuses on addition of fractions and involves finding the missing values in equations to achieve a whole number result. Specifically, it practices the skill of adding fractions with different denominators to reach whole numbers, by identifying the appropriate addition fraction needed to complete the equation. The problems are a mix of numerical and visual formats, using LaTeX rendered expressions to present the equations and possible answers. This forms part of a broader introduction to mixed fraction addition and subtraction.more
This math topic involves practicing fraction subtraction with problem simplification, specifically focusing on scenarios where one of the denominators is altered. The problems are presented in a mixed format with an introductory level of complexity and aim to familiarize students with proper setup techniques for fraction subtraction by altering denominators to create equivalent fractions. This enables straightforward fraction subtraction, illustrating a foundational skill in handling fractions effectively. The material is part of a broader unit on fraction addition and subtraction.more
This math topic focuses on fraction subtraction, particularly emphasizing the simplification of mixed fractions with one changed denominator. It targets setting up subtraction problems correctly by adjusting fractions to have common denominators before performing the subtraction. Each question involves converting mixed fractions to improper fractions and finding a common denominator to simplify the problem. The topic is organized progressively with escalating complexity, aimed at mastering the introductory aspects of adding and subtracting mixed fractions.more
This math topic focuses on subtracting mixed fractions without the need for simplifying the answers. The fractions involved retain unchanged denominators throughout the exercises, making them straightforward in terms of subtraction but without the additional steps to simplify the result. The problems are presented in a multiple-choice format, where students have to choose the correct subtracted form of given fractional pairs. The skills practiced include basic arithmetic with fractions and familiarity with fractional representations without simplification. The entire topic forms part of a broader introduction to mixed fraction addition and subtraction.more
This math topic focuses on practicing subtraction of mixed fractions without simplifying the answers and without changing denominators. It is designed for learners to apply basic fraction subtraction rules where the fractions involved have common denominators and multiple-choice answers are provided for each problem. This is part of an introductory course on mixed fraction addition and subtraction. The questions are structured to help learners understand the subtraction process while retaining the fractions in their improper or mixed forms.more
This math topic focuses on practicing subtraction of fractions with mixed numbers while simplifying the answers. The fractions involved have the same denominator, which does not need to be changed during the subtraction process. The problems are presented as multiple-choice questions, requiring the selection of the correct simplified form from several options. This topic is part of a broader introduction to the addition and subtraction of mixed fractions.more
This math topic focuses on subtracting fractions with mixed numbers while keeping the denominators unchanged. It requires students to simplify their answers after subtraction. The skills developed include the subtraction of fractions without changing denominators, simplifying fractions to their lowest terms, and converting improper fractions to mixed numbers where needed. Each question includes multiple answer choices, emphasizing the importance of reaching the correct simplified result.more
This math topic focuses on practicing simple fraction subtraction skills without changing the denominator. It involves finding the missing value in subtraction equations to make them correct. Each question presents a subtraction equation involving fractions, along with answer choices provided in fractional and whole number forms. The problems maintain a consistent level of difficulty as denoted by "Level 3," indicating they are part of an introductory unit on fraction addition and subtraction skills. This topic is aimed at helping learners understand and solve basic fraction subtraction problems efficiently.more
This math topic focuses on converting mixed fractions to improper fractions. It's designed to help students identify the numerator in the improper fraction form after conversion. Each exercise provides a mixed fraction and multiple choice answers to select the correct numerator, enhancing skills in fraction conversion and comparison. Moreover, the material is set in the context of an introductory unit on comparing fractions, aiming to deepen understanding of fraction relationships and manipulations.more
This math topic focuses on finding the Lowest Common Multiple (LCM) of pairs of numbers, which is a fundamental skill in understanding how to manipulate fractions, especially for addition and subtraction. The problems presented test the ability to identify the smallest number that is a multiple of two given numbers. Questions involve diverse pairs of numbers such as 2 and 6, 8 and 3, 11 and 10, among others, with multiple choice answers provided for each scenario. The problems are likely aimed at developing LCM identification skills in a straightforward, practice-oriented format.more
This math topic focuses on the conversion of mixed fractions to improper fractions. The topic is an introduction to comparing fractions, helping students understand and manipulate fraction representations. Students solve problems by determining the numerator of improper fractions from given mixed fractions, enhancing their skills in fraction conversion. Each question presents a mixed fraction and multiple choice answers, requiring students to perform calculations to find the correct numerator that turns the mixed fraction into an improper fraction.more
This topic focuses on practicing the skill of finding missing numerators or denominators in equivalent fractions using one-digit numbers. It involves a series of problems where learners must determine the missing component in a fractional equation, such as translating "1 over 6 equals ?, over 12" to find the appropriate numerator. The problems comprise identifying the correct component to balance the equivalence of fractions. It serves as an introduction to more complex fraction addition and subtraction exercises.more
This math topic focuses on practicing subtraction of fractions to find a missing value, concentrating specifically on the scenario where denominators are not changed. It is geared towards understanding how to manipulate and solve equations involving mixed fractions while keeping the denominators consistent. The problems involve a variety of fractions and require the learners to identify the correct numerical value that balances the equation correctly. This topic is a part of an introductory unit on fraction addition and subtraction. more
This math topic focuses on subtracting fractions to find a missing value, specifically with mixed numbers and without changing the denominator. It is designed as an introductory unit on fraction addition and subtraction. The problems present subtraction equations where one fraction is missing, and the learners are required to select the correct fraction from multiple choices to balance the equation. Each problem uses visuals of equations with LaTeX expressions and offers a set of possible solutions, enabling learners to reinforce their understanding by choosing the correct answer.more
This math topic focuses on practicing subtraction with mixed fractions where one of the fractions has its denominator altered. It challenges learners to accurately subtract the fractions and then simplify the results. This includes tasks that require converting fractions to ensure common denominators before performing the subtraction, followed by options to choose the correct simplified answer from multiple choices. This set of problems is essential for building proficiency in managing fractions with different denominators and simplifying results in fractional operations.more
This math topic focuses on the subtraction of mixed fractions while requiring the simplification of the results and adjusting for a changed denominator. Each question presents a specific subtraction expression involving mixed numbers or fractions with different denominators. The objective for learners is to correctly subtract the given fractions and simplify their answers to the lowest terms, with provided multiple-choice answers for each problem. This is part of an advanced fractional addition and subtraction unit, emphasizing precision in mathematical operations and simplification.more
This math topic focuses on practicing fraction subtraction with a missing value in mixed numbers. Specifically, problems require solving for an unknown fraction in subtraction equations where one denominator has been changed. The topic is part of a larger introductory unit on mixed number addition and subtraction. Each problem provides a subtraction equation and a set of answer choices, with one correct fraction that brings balance to the equation, enhancing skills in manipulating and understanding fractions within nonlinear equations.more
This math topic primarily focuses on fraction subtraction techniques involving missing values where at least one operand has altered denominators. It is tailored to test and enhance students' ability to manipulate and interpret fractions in subtraction equations to find the missing piece that completes the equation correctly. It includes a variety of question structures where the missing value can either be a fraction or a whole number, and the fractions can be relatively simple or mixed numbers. This is a fundamental aspect of fraction addition and subtraction at an introductory mixed level.more
This math topic focuses on basic fraction addition, aimed at reaching whole number sums without changing the denominator. Students are presented with equations where they need to calculate the missing fraction that completes the sum to the next whole number. Each problem provides multiple choice answers, enhancing understanding of fraction addition concepts within the context of achieving whole sums. This is introductory material in the broader study of fraction addition and subtraction.more
This math topic focuses on practicing fraction addition skills where students need to find the missing value in a sum without changing the denominators. It is a basic level activity, as indicated by the requirement that the denominators remain the same across added fractions. The problems involve finding a missing fraction that, when added to a given fraction, equals a specified sum. Each problem provides multiple-answer choices. This is included in an introductory unit on fraction addition and subtraction.more
This math topic focuses on practicing fraction addition involving mixed numbers without changing the denominators. The skills emphasized include adding fractions, simplifying the results, and working primarily with like denominators. Each question involves calculating the sum of two fractions and selecting the simplified form from a set of multiple-choice answers. The task seeks to enhance understanding and proficiency in handling fractions, a fundamental aspect of arithmetic, essential for further mathematical education.more
This math topic focuses on practicing fractional addition where students add fractions without simplifying their answers. The fractions have common denominators that remain unchanged after the operation. Each problem requires combining two specific fractions and selecting the correct sum from multiple possible answers. The skills enforced here include performing addition with fractions, understanding and handling like denominators, and increasing familiarity with fractions in their unsimplified forms. The problems progress through various difficulty levels, but the core skill remains consistent across the set of questions.more
This math topic focuses on practicing fraction addition with like denominators. The problems involve adding two fractions where the denominators remain unchanged, and answers are to be provided without simplifying them. The problems are categorized as Mixed (No Simplifying Answers) - No Changed Denominator, which suggests they are designed for introductory practice in adding and subtracting mixed fractions. Each question presents different fractional sums, introducing complexity within the basic framework of fractional addition without simplification. This helps in understanding the initial procedure of adding fractions before proceeding to reduce them to their simplest form.more
This math topic focuses on practicing addition of mixed fractions where the denominators do not change and the answers are not simplified. It is designed as an introductory level part of a broader unit on fraction addition and subtraction with mixed numbers. Each question involves adding two mixed fractions and provides multiple answer choices, which are also expressed as fractions. The task requires understanding how to add fractions directly and select the correct unsimplified result from a set of options.more
This math topic focuses on practicing fraction addition without changing denominators, specifically aimed at simplifying answers after the addition. It addresses several problems where students are required to add two fractions and provide the simplest form of the result. The problems are designed to help learners understand the addition of fractions that share the same denominator and emphasize the skill of simplifying fractions to their lowest terms. Each question offers multiple answer choices, enhancing the understanding of fraction simplification and ensuring mastery of the concept within the scope of addition and simplification.more
This math topic focuses on practicing fraction addition with mixed numbers where the denominators remain unchanged. Students must also simplify their answers. Each problem requires adding two mixed number fractions and selecting the correct simplified result from multiple choices. Skills emphasized include performing addition on fractions with like denominators and simplifying the resulting fraction to its lowest terms. This is part of an introductory unit on fraction addition and subtraction involving mixed numbers.more
This math topic focuses on practicing the subtraction of mixed fractions without simplifying the answers, where at least one fraction's denominator is changed to facilitate the subtraction. Each question presents pairs of fractions with different denominators, requiring the learner to find a common denominator, perform the subtraction, and then choose the correct result from multiple options. The problems ensure understanding of fraction subtraction in varied complexity without the final step of simplifying the fractions, fostering a deeper comprehension of fraction operations.more
This math topic focuses on subtracting mixed fractions without simplifying the answers. The key skill practiced is handling fractions with one denominator being adjusted or changed, a component in an introductory unit related to mixed fraction addition and subtraction. Each problem presents multiple-choice answers, emphasizing the calculation ability over simplification skills.more
This math topic covers the addition of mixed fractions without simplifying the results. Each question involves changing one denominator to perform the addition, intended to challenge the understanding of basic fraction concepts and operations. This topic is part of a larger introduction to fraction addition and subtraction with mixed numbers, helping students to handle fractions with different denominators and maintain the answers in unsimplified form to focus on the mechanics of fraction addition.more
This math topic involves practicing the addition of mixed fractions without simplifying the answers, focusing on cases where one fraction's denominator is changed to facilitate the addition. The problems require understanding of finding a common denominator and adding fractions with unlike denominators, strengthening foundational skills in handling fractions in mixed format, specifically designed for introductory learning in fraction addition and subtraction. The objective is to compute the sum without simplifying to lowest terms, thereby focusing on the process of combining fractions rather than the simplification steps.more
This math topic focuses on adding fractions, particularly those that require a common denominator. It involves problems where one or both fractions have their denominators changed to facilitate addition. Skills practiced include converting fractions to equivalent fractions with a common denominator and then adding the fractions correctly. The problems are structured with multiple-choice answers, allowing practice in not only performing the addition but also verifying the accuracy of the resulting fractions against possible solutions.more
This math topic focuses on simplifying fraction addition problems involving mixed numbers and changing one denominator to create common denominators. It challenges learners to consider various combinations of denominators and numerators that allow two fractions to be added correctly. Each question presents a fraction addition setup and requires selecting the correctly simplified equivalent fractions from multiple choices. This helps build skills in fraction simplification and understanding how to find common denominators to facilitate the addition of fractions.more
This math topic focuses on practicing the addition of fractions where at least one fraction's denominator is changed to facilitate the addition. It is part of a broader introduction to adding and subtracting mixed fractions. Each problem requires setting up the addition by finding a common denominator, ensuring students understand how to adjust fractions so they can be added together correctly. This is essential for developing skills in manipulating fractions and solving fraction addition problems accurately.more
This math topic focuses on practicing fraction addition where the goal is to find the missing value in an equation without changing the denominator. It involves adding mixed fractions and solving for the unknown fraction in each equation. Each problem presents an equation with one fraction missing, and a selection of multiple-choice answers is provided. The problems are designed to enhance understanding and proficiency in adding fractions while maintaining the denominator constant, as part of an introductory course on fraction addition and subtraction with mixed numbers.more
This math topic focuses on fractional addition with the aim to complete equations by determining the missing fractional or whole number values that, when added to the given fraction or mixed number, result in a whole number. The problems do not involve changing the denominators, which simplifies the process of finding the missing values. This set allows learners to practice their skills in fractional arithmetic calculation, specifically targeting their ability to manipulate and understand fractions within equations and the conceptual understanding of completing these to a whole number result.more
This math topic focuses on the addition of fractions involving a missing value with one altered denominator, aiming to build foundational knowledge in mixed fraction addition and subtraction. It develops the skill of determining the missing fraction in a sum equation to achieve a specific result. Each question presents a sum equation with one fraction fully given and the other represented by a placeholder, accompanied by multiple-choice answers. The learners are expected to determine the correct missing fraction to complete the equation accurately.more
This math topic focuses on the skill of determining the missing fraction in an addition equation that includes mixed numbers and sometimes requires adjustment to a common denominator. The problems are presented with multiple-choice answers, each showing various fractions as potential solutions. The difficulties of these problems are designed for learners who are beginning to explore mixed fraction addition and subtraction, enhancing their ability to perform calculations with fractions and interpret mathematical expressions visually and numerically.more
This math topic focuses on practicing the addition of fractions to achieve whole numbers, particularly involving mixed numbers, without changing the denominator. The problems require identifying the correct fraction to complete an equation, ensuring it sums up to a whole number. This involves understanding and computing with mixed numbers, proper fractions, and improper fractions, enhancing skills in fraction addition within fixed denominators. The topic is designed for learners at a beginning level of fraction addition and subtraction.more
This math topic focuses on practicing addition of fractions to reach a whole number and involves not changing the denominators. The problems are structured to find the missing fraction in the equation to complete the sum to the next whole number. The equations provided are mixed, meaning they involve both whole numbers and fractions, adhering to specific levels of difficulty ascribed as 'Level 1.' It is part of an introductory unit on fraction addition and subtraction, enhancing skills in fractional arithmetic without altering the denominators.more