Grade 8 Eureka Math

6.4.A.5 - Increasing and Decreasing Functions – Exit Ticket

8.1.A.01 - Exponential Notation - Exit Ticket

8.1.A.02 - Multiplication of Numbers in Exponential Form - Exit Ticket

8.1.A.03 - Numbers in Exponential Form Raised to a Power - Exit Ticket

8.1.A.04 - Numbers Raised to the Zeroth Power - Exit Ticket

8.1.A.05 - Negative Exponents and the Laws of Exponents - Exit Ticket

8.1.A.06 - Proofs of Laws of Exponents - Exit Ticket

8.1.B.07 - Magnitude - Exit Ticket

8.1.B.08 - Estimating Quantities - Exit Ticket

8.1.B.09 - Scientific Notation - Exit Ticket

8.1.B.10 - Operations with Numbers in Scientific Notation - Exit Ticket

8.1.B.11 - Efficacy of Scientific Notation - Exit Ticket

8.1.B.12 - Choice of Unit - Exit Ticket

8.1.B.13 - Comparison of Numbers Written in Scientific Notation and Interpreting Scientific Notation Using Technology - Exit Ticket

8.2.A.01 - Why Move Things Around? - Exit Ticket

8.2.A.02 - Definition of Translation and Three Basic Properties - Exit Ticket

8.2.A.03 - Translating Lines - Exit Ticket

8.2.A.04 - Definition of Reflection and Basic Properties - Exit Ticket

8.2.A.05 - Definition of Rotation and Basic Properties - Exit Ticket - Not my fav as a GoFormative

8.2.A.06 - Rotations of 180 Degrees - Exit Ticket

8.2.B.07 - Sequencing Translations - Exit Ticket

8.2.B.07 - Sequencing Translations - Exit Ticket

8.2.B.08 - Sequencing Reflections and Translations - Exit Ticket

8.2.B.09 - Sequencing Rotations - Exit Ticket

8.2.B.09 - Sequencing Rotations - Exit Ticket clone

8.2.B.10 - Sequences of Rigid Motions - Exit Ticket

8.2.C.11 - Definition of Congruence and Some Basic Properties - Exit Ticket

8.2.C.12 - Angles Associated with Parallel Lines - Exit Ticket

8.2.C.13 - Angle Sum of a Triangle - Exit Ticket

8.2.C.14 - More on the Angles of a Triangle - Exit Ticket

8.2.D.15 - Informal Proof of the Pythagorean Theorem - Exit Ticket

8.2.D.16 - Applications of the Pythagorean Theorem - Exit Ticket

8.3.A.01 - What Lies Behind “Same Shape”? - Exit Ticket

8.3.A.02 - Properties of Dilations - Exit Ticket

8.3.A.03 - Examples of Dilations - Exit Ticket

8.3.A.04 - Fundamental Theorem of Similarity (FTS) - Exit Ticket

8.3.A.05 - First Consequences of FTS - Exit Ticket

8.3.A.06 - Dilations on the Coordinate Plane - Exit Ticket

8.3.A.07 - Informal Proofs of Properties of Dilations - Exit Ticket

8.3.B.08 - Similarity - Exit Ticket

8.3.B.09 - Basic Properties of Similarity - Exit Ticket

8.3.B.10 - Informal Proof of AA Criterion for Similarity - Exit Ticket

8.3.B.11 - More About Similar Triangles - Exit Ticket

8.3.B.12 - Modeling Using Similarity - Exit Ticket

8.3.C.13 - Proof of the Pythagorean Theorem - Exit Ticket

8.3.C.14 - The Converse of the Pythagorean Theorem - Exit Ticket

8.4.A.01-Writing Equations Using Symbols- Exit Ticket

8.4.A.02-Linear and Nonlinear Expressions in x- Exit Ticket

8.4.A.03-Linear Equations in x- Exit Ticket

8.4.A.04-Solving a Linear Equations- Exit Ticket

8.4.A.05-Writing and Solving Linear Equations- Exit Ticket

8.4.A.06- Classification of Solutions- Exit Ticket

8.4.A.07-Solutions of a Linear Equation- Exit Ticket

8.4.A.08-An Application of Linear Equations- Exit Ticket

8.4.A.09-Linear Equations in Disguise- Exit Ticket

8.4.A.10-A Critical Look at Proportional Relationships- Exit Ticket

8.4.A.11-Constant Rate- Exit Ticket

8.4.A.12-Linear Equations in Two Variables- Exit Ticket

8.4.A.13-The Graph of a Linear Equation in Two Variables- Exit Ticket

8.4.A.14-Graph of a Linear Equation—Horizontal and Vertical Lines- Exit Ticket

8.4.A.15-The Slope of a Non-Vertical Line- Exit Ticket

8.4.A.16-The Computation of the Slope of a Non-Vertical Line- Exit Ticket

8.4.A.17-The Line Joining Two Distinct Points of the Graph...-Exit Ticket

8.4.A.18- There Is Only One Line Passing Through a Given Point with a Given Slope- Exit Ticket

8.4.A.19-The Graph of a Linear Equation in Two Variables Is a Line- Exit Ticket

8.4.A.20-Every Line Is a Graph of a Linear Equation- Exit Ticket

8.4.A.21-Constant Rates Revisited- Exit Ticket

8.4.A.22-Some Facts about Graphs of Linear Equations in Two Variables- Exit Ticket

8.4.A.23-The Defining Equation of a Line- Exit Ticket

8.4.A.24-Introduction to Simultaneous Equations- Exit Ticket

8.4.A.25-Geometric Interpretation of the Solutions of a Linear System- Exit Ticket

8.4.A.26-Characterization of Parallel Lines- Exit Ticket

8.4.A.27-Nature of Solutions of a System of Linear Equations- Exit Ticket

8.4.A.28-Another Computational Method of Solving a Linear System- Exit Ticket

8.4.A.29-Word Problems- Exit Ticket

8.4.A.30-Conversion Between Celsius and Fahrenheit- Exit Ticket

8.4.A.31-System of Equations Leading to Pythagorean Triples- Exit Ticket

8.5.A.1 - The Concept of a Function – Exit Ticket

8.5.A.2 - Formal Definition of a Function – Exit Ticket

8.5.A.3 - Linear Functions and Proportionality – Exit Ticket

8.5.A.4 - More Examples of Functions – Exit Ticket

8.5.A.5 - Graphs of Functions and Equations – Exit Ticket

8.5.A.6 - Graphs of Linear Functions and Rate of Change – Exit Ticket

8.5.A.7 - Comparing Linear Functions and Graphs – Exit Ticket

8.5.A.8 - Graphs of Simple Nonlinear Functions – Exit Ticket

8.5.B.10 - Volumes of Familiar Solids—Cones and Cylinders – Exit Ticket

8.5.B.11 - Volume of a Sphere – Exit Ticket

8.5.B.9 - Examples of Functions from Geometry – Exit Ticket

8.6.A.1 - Modeling Linear Relationships – Exit Ticket

8.6.A.2 - Interpreting Rate of Change and Initial Value – Exit Ticket

8.6.A.3 - Representations of a Line – Exit Ticket

8.6.A.4 - Increasing and Decreasing Functions – Exit Ticket

8.6.B.6 - Scatter Plots – Exit Ticket

8.6.B.7 - Patterns in Scatter Plots – Exit Ticket

8.6.B.8 - Informally Fitting a Line – Exit Ticket

8.6.C.10 - Linear Models – Exit Ticket

8.6.C.11 - Using Linear Models in a Data Context – Exit Ticket

8.6.C.9 - Determining the Equation of a Line Fit to Data – Exit Ticket

8.6.D.12 - Nonlinear Models in a Data Context – Exit Ticket

8.6.D.13 - Summarizing Bivariate Categorical Data in a Two-Way Table – Exit Ticket

8.6.D.14 - Association Between Categorical Variables – Exit Ticket

8.7.A.1 - The Pythagorean Theorem – Exit Ticket

8.7.A.2 - Square Roots – Exit Ticket

8.7.A.3 - Existence and Uniqueness of Square and Cube Roots – Exit Ticket

8.7.A.4 - Simplifying Square Roots – Exit Ticket

8.7.A.5 - Solving Radical Equations – Exit Ticket

8.7.B.10 - Converting Repeating Decimals to Fractions – Exit Ticket

8.7.B.11 - The Decimal Expansion of Some Irrational Numbers – Exit Ticket

8.7.B.12 - Decimal Expansions of Fractions, Part 2 – Exit Ticket

8.7.B.13 - Comparison of Irrational Numbers – Exit Ticket

8.7.B.14 - The Decimal Expansion of π – Exit Ticket

8.7.B.6 - Finite and Infinite Decimals – Exit Ticket

8.7.B.7 - Infinite Decimals – Exit Ticket

8.7.B.8 - The Long Division Algorithm – Exit Ticket

8.7.B.9 - Decimal Expansions of Fractions, Part 1 – Exit Ticket

8.7.C.15 - The Pythagorean Theorem, Revisited – Exit Ticket

8.7.C.16 - The Converse of the Pythagorean Theorem – Exit Ticket

8.7.C.17 - Distance on the Coordinate Plane – Exit Ticket

8.7.C.18 - Applications of the Pythagorean Theorem – Exit Ticket

8.7.D.19 - Cones and Spheres – Exit Ticket

8.7.D.20 - Truncated Cones – Exit Ticket

8.7.D.21 - Volume of Composite Solids – Exit Ticket

8.7.D.22 - Average Rate of Change – Exit Ticket

8.7.D.23 - Nonlinear Motion – Exit Ticket

8th Grade Quick Check - Translations - 8.G.1

Angle relationships

Distance Formula-Pythagorean Theorem

Find the Compliment Find the Supplement clone

Find the Supplement

Module 2 Lesson 10 Problem Set

Module 2 Lesson 11 Problem Set

Module 2 Lesson 12 - Angle Relationship Practice

Module 2 Lesson 12 Problem Set

Module 2 Lesson 12 Quiz - Parallel Lines & Transversals Worksheet

Module 2 Lesson 13 - Angle Sum Theorem Practice

Module 2 Lesson 13 Practice - Angle Relationship, Angle Sum Theorem & Exterior Angles

Module 2 Lesson 14

Module 2 Lesson 3 Problem Set

Module 2 Lesson 4 Activity - Reflections

Module 2 Lesson 4 Problem Set

Module 2 Lesson 5 Activity - Rotations

Module 2 Lesson 5 Problem Set

Module 2 Lesson 6 Problem Set

Module 2 Lesson 7 Problem Set

Module 2A - Constructed Response - Transformations Les 1-6 8.G.A.1

Module 3 After Lesson 1 - Dilation Practice Worksheet

Module 3 Lesson 1 Problem Set

Multi Choice & Write the New Coordinate - Transformations Review - Translations, Reflections, Rotations

Multiple Transformations - Congruent Shapes

Pythagorean Theorem

Review for Test Module 2A - Transformations

Sequence of Rigid Motions Practice

Transform It! Challenge Activity with Transformations

Transformations Puzzle - Review for Module 2A

Transformations Study Sheet - Sequence of Transformations Practice

Transformations and Similarity

Tranversal and Parallel Lines