Grade 10
66 Units, 168 Skills
Measurement - Units Advanced - Metric
Unit 1
Geometry - Cylinders - Intro
Unit 2
Percentages - Advanced
Unit 3
Cartesian Grid Geometry Logic - Practice
Unit 4
Squares and Square Roots - Advanced
Unit 5
Factoring and Lowest Common Multiple - Advanced
Unit 6
Probability and Statistics - Mean, Median, and Mode - Advanced
Unit 7
Geometry - Volume Logic with 3D Shapes - Intro
Unit 8
Negative Integers - Practice
Unit 9
Speed, Distance, and Time Logic Challenges - Intro
Unit 10
Factoring, Multiplication, Division, Fractions - Practice
Unit 11
Pythagorean Triples - Intro
Unit 12
Cartesian Grid Distance - Intro
Unit 13
Exponents - Power Law - Practice
Unit 14
Pythagorean Theorem with Decimals - Intro
Unit 15
Algebra Manipulating Variables - Practice
Unit 16
Exponents - Negative Bases and Exponents - Intro
Unit 17
Exponents - Fractional Bases and Exponents - Intro
Unit 18
Algebra Systems of Equations - Intro
Unit 19
Measurement - Units Large/Small Intro - Metric
Unit 20
Pythagoras - Practice
Unit 21
Factoring, Multiplication, Division, Fractions - Advanced
Unit 22
Slopes and Parallels - Intro
Unit 23
Measurement Conversion and Map Scale - Intro - Metric
Unit 24
Probability - Set Operations - Intro
Unit 25
Patterns and Sums - Intro
Unit 26
Slopes and Perpendiculars - Intro
Unit 27
Geometry - Circle Area, Sectors and Donuts - Intro
Unit 28
Fraction Multiplication - Advanced
Unit 29
Measurement - Unit Conversion Practice - Metric
Unit 30
Pythagorean Theorem in 3D - Intro
Unit 31
Fraction Addition and Subtraction, Mixed - Advanced
Unit 32
Probability and Counting - Multiple Events - Intro
Unit 33
Ratios of Lengths - Practice
Unit 34
Radicals - Simplifying Intro
Unit 35
Fraction Division - Practice
Unit 36
Scientific Notation - Multiplication and Division - Practice
Unit 37
Geometry - Intermediate - Intro
Unit 38
Line Equations and Graphing - Intro
Unit 39
Probability and Statistics - Probability with Factorials Intro
Unit 40
Measurement - Unit Conversion (Very Large and Small) Practice - Metric
Unit 41
Exponents - Negative Bases and Exponents - Practice
Unit 42
Exponents - Fractional Bases and Exponents - Practice
Unit 43
Algebra Manipulating Variables - Advanced
Unit 44
Line Equations and Graphing - Practice
Unit 45
Inscribed Squares and Circles - Intro
Unit 46
Trigonometry Foundations
Unit 47
Slopes and Parallels - Practice
Unit 48
Probability and Counting - Multiple Events - Practice
Unit 49
Scientific Notation - Multiplication and Division - Advanced
Unit 50
Measurement - Unit Conversion Advanced - Metric
Unit 51
Probability and Statistics - Permutations and Combinations Calculating - Intro
Unit 52
Measurement - Units Large/Small Practice - Metric
Unit 53
Slopes and Perpendiculars - Practice
Unit 54
Geometry - Intermediate - Practice
Unit 55
Patterns and Sums - Practice
Unit 56
Measurement - Unit Conversion (Very Large and Small) Intro - Metric
Unit 57
Probability - Set Operations - Practice
Unit 58
Trigonometry Fundamentals - Intro
Unit 59
Linear Equation Intersections - Intro
Unit 60
Measurement Conversion and Map Scale - Practice - Metric
Unit 61
Fraction Division - Advanced
Unit 62
Polynomials and Quadratics - Intro
Unit 63
Scientific Notation Units - Intro
Unit 64
Radicals - Simplifying Practice
Unit 65
Probability and Statistics - Probability with Factorials Practice
Unit 66
This math unit covers a comprehensive range of skills in understanding and utilizing line equations and graphing. Initially, students begin by learning how to determine the slope of a line directly from a graph, setting the foundation for deeper exploration of linear relationships. They progress to calculating the rise (change in y-values) and run (change in x-values) between two points on a Cartesian plane, essential skills for understanding the slope of a line. The unit advances into more complex tasks that involve selecting the correct linear equation based on the slope, y-intercept, and visual information from graphs. Students practice how to analyze linear graphs and match them to their equations, ultimately enhancing their ability to interpret graphical data into algebraic expressions. This includes identifying lines that pass through the origin and understanding the impact of different slopes and y-intercepts. Towards the end of the unit, the focus shifts to applying these skills to solve for intercepts from equations presented in standard form and slope-intercept form. This progression solidifies students' understanding of linear equations, graph interpretation, and algebraic manipulation, ensuring comprehensive knowledge in constructing and analyzing line equations in various forms.Skills you will learn include:
Test your mastery by completing 20 questions!
Find the run of the line (change in x) between the two (x, y) points
(0, 2) and (7,8)
Earned ?