Includes 20 multiple choice questions and answers for "Functions". These tests can be taken on paper print and go or online using paperless Google Docs. Both versions are included with your purchase. Why am I qualified to write these test prep questions? Not only have I worked as a teacher for 30 years with a Highly Qualified Status, but I also have spent 15 years writing state and national assessments, such as the SATs, ACTs, and individual state assessments that align with the Common-Core standards.

This includes grading, item writing, and passage writing for these assessments. Teachers Pay Teachers is an online marketplace where teachers buy and sell original educational materials. Are you getting the free resources, updates, and special offers we send out every week in our teacher newsletter? All Categories. Grade Level. Resource Type. Log In Join Us. View Wish List View Cart. View Preview. Grade Levels. AssessmentMath CentersGoogle Apps. File Type.

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CCSS 8. Also included in:. Grades 6 - 8. Perfect for Ipads, Chromebooks, Desktops, Laptops, etc. Includes test questions and answers mult. View Bundle. Includes test questions and answers. Spiral Review. Perfect for Chromebooks, Ipads, Desktops, Laptops, etc. Includes Get ready for state testing using these practice tests and game shows for Middle School! The practice tests can be taken on paper OR in Google Classroom.

Perfect for distance learning usin. Math Distance Learning for 8th Grade. Includes 6 Practice Tests with test questions and answers, and 2 games with 50 games questions and answers. The tests can be taken on paper print and go or online using pape. Includes 6 Practice Test Packets with test questions and answers, and 2 games with 50 games questions and answers.

The practice tests are completely printable, but Google DOC.If your pattern continues growing in the same way, how many tiles of each color will be in the 4th and 5th diagram? The 10th diagram? How many tiles of each color will be in the n th diagram? Be prepared to explain how your reasoning.

Lin has a summer reading assignment. After reading the first 30 pages of the book, she plans to read 40 pages each day until she finishes. Lin makes the graph shown here to track how many total pages she'll read over the next few days. After day 1, Lin reaches page 70, which matches the point 1,70 she made on her graph. After day 4, Lin reaches pagewhich does not match the point 4, she made on her graph.

Lin is not sure what went wrong since she knows she followed her reading plan. How do the vertical intercepts of the two lines compare? What does the slope mean in this situation? How do the slopes of the two lines compare? Jada's grandparents started a savings account for her in The table shows the amount in the account each year.

At the start of summer break, Jada and Lin decide to save some of the money they earn helping out their neighbors to use during the school year.

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Here are graphs of how much money they will save after 10 weeks if they each follow their plans:. The value where a line intersects the vertical axis is called the vertical intercept. When the vertical axis is labeled with a variable like ythis value is also often called the y -intercept. These values reflect the amount of money they each started with. But after week 1, Lin is saving more money per week so she has a larger rate of changeso she will end up saving more money over the summer if they each follow their plans.

Customers at the gym pay a membership fee to join and then a fee for each class they attend. Here is a graph that represents the situation.

Look for a growing pattern. Describe the pattern you see. Your teacher will give you 6 cards describing different situations and 6 cards with graphs. Match each situation to a graph. Pick one proportional relationship and one non-proportional relationship and answer the following questions about them.

How can you find the slope from the graph? Explain or show your reasoning. Explain what the slope means in the situation. Find the point where the line crosses the vertical axis. What does that point tell you about the situation? What does it mean in this context? What does the slope of the line shown by the points mean in this situation?Students investigate congruence and similarity by studying transformations of figures in the coordinate plane, and apply these transformations to discover new angle relationships.

In Unit 3, eighth-grade students bridge their understanding of geometry from middle school concepts to high school concepts.

Until now, standards in the geometry domain have been either supporting or additional to the major standards. In eighth grade, geometry standards, especially the standards highlighted in this unit, are part of the major work of the grade and play a critical role in setting students up well for success in high school. In this unit, students begin their work with transformations using patty paper transparency paper to experiment with, manipulate, and verify hypotheses around how shapes move under different transformations MP.

They use precision in their descriptions of transformations and in their justifications for why two figures may be similar or congruent to each other MP.

Students then apply their understanding of transformations to discover new angle relationships in parallel line diagrams and triangles. Prior to eighth grade, students developed their understanding of geometric figures and learned how to draw them, calculate measurements, and model real-world situations.

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In seventh grade, students were introduced to the concept of scaling through scale drawings, and they solved for various measurements using proportional reasoning.

Students will draw on these prior skills when they investigate dilations and similar triangles. In high school geometry, students spend significant time studying congruence and similarity in-depth. They build off of the informal proofs and reasoning developed in eighth grade to hone their definitions of transformations, prove geometric theorems, and derive trigonometric ratios.

This assessment accompanies Unit 3 and should be given on the suggested assessment day or after completing the unit. Additional assessment tools to help you monitor student learning and identify any skill or knowledge gaps. Download Sample. The central mathematical concepts that students will come to understand in this unit.

Two figures are congruent to each other if there exists a sequence of rigid transformations that will map one figure onto the other.

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Two figures are similar to each other if there exists a sequence of dilations and rigid transformations that will map one figure onto the other. Certain properties are preserved under rigid transformations such as angle measurement, line segment length, and parallel line relationships. Angle relationships exist in polygons, intersecting lines, and parallel lines that can be used to determine various angle measurements.

The materials, representations, and tools teachers and students will need for this unit. Additional vocabulary tools that help reinforce and support student vocabulary development. Take unit assessment. Read through our Guide to Academic Discourse and refer back to it throughout the unit.

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Understand the rigid transformations that move figures in the plane translation, reflection, rotation. Describe and perform translations between congruent figures. Use translations to determine if figures are congruent. Describe and apply properties of translations. Use coordinate points to represent relationships between translated figures. Describe and perform reflections between congruent figures.If you're seeing this message, it means we're having trouble loading external resources on our website.

To log in and use all the features of Khan Academy, please enable JavaScript in your browser. Donate Login Sign up Search for courses, skills, and videos. Course summary. Numbers and operations. Negative exponents : Numbers and operations Exponent properties integer exponents : Numbers and operations Working with powers of 10 : Numbers and operations Scientific notation intro : Numbers and operations Arithmetic with numbers in scientific notation : Numbers and operations Scientific notation word problems : Numbers and operations.

Solving equations with one unknown. Equations with variables on both sides : Solving equations with one unknown Equations with parentheses : Solving equations with one unknown Number of solutions to equations : Solving equations with one unknown.

Equations word problems : Solving equations with one unknown.

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Linear equations and functions. Graphing proportional relationships : Linear equations and functions Solutions to linear equations : Linear equations and functions Intercepts : Linear equations and functions Slope : Linear equations and functions Intro to slope-intercept form : Linear equations and functions Graphing slope-intercept form : Linear equations and functions.

unit 3 8th grade math

Writing slope-intercept equations : Linear equations and functions Functions : Linear equations and functions Linear models : Linear equations and functions Comparing linear functions : Linear equations and functions Constructing linear models for real-world relationships : Linear equations and functions Recognizing functions : Linear equations and functions Linear and nonlinear functions : Linear equations and functions.

Systems of equations. Intro to systems of equations : Systems of equations Systems of equations with graphing : Systems of equations Solving systems with substitution : Systems of equations.

Number of solutions to systems of equations : Systems of equations Systems of equations word problems : Systems of equations.

unit 3 8th grade math

Angles between intersecting lines : Geometry Triangle angles : Geometry Pythagorean theorem : Geometry. Pythagorean theorem application : Geometry Pythagorean theorem and distance between points : Geometry Pythagorean theorem proofs : Geometry Volume : Geometry.

Geometric transformations. Transformations intro : Geometric transformations Translations : Geometric transformations Rotations : Geometric transformations. Data and modeling.

unit 3 8th grade math

Introduction to scatter plots : Data and modeling Interpreting scatter plots : Data and modeling Estimating lines of best fit : Data and modeling. Two-way tables : Data and modeling. Course challenge. Review articles. Classifying numbers review Irrational numbers. Exponent properties with quotients review Laws of exponents with examples.

Negative exponents review Negative exponents. Writing repeating decimals as fractions review Repeating decimals. Get Started Repeating decimals. Community questions.Felix Li from Middle School Patria.

Location: 5 Angle Geometry. Objective: Students will be able to… Identify and calculate missing complementary, supplementary, and vertical angles Solve for complementary, supplemen….

Location: 6 Transformational Geometry. Objective: Students will be able to… 1. Describe a dilation in the coordinate plane 2. Draw the image of a figure under a dilation. Objective: - Explain our big goal.

8th Grade Math Unit 3: Functions - Grade 8 Test Prep Standardized - Google Ready

Location: Inequalities. Objective: Students will be able to solve and graph multi-step inequalities on a number line. Location: Transformations. Objective: Students will be able to draw a reflected figure and define the line of symmetry. Location: Quadrilaterals.

Objective: Students will be able define the properties of a parallelogram. Objective: Students will be able to use the properties of parallelograms to label diagrams. Anke al-Bataineh from Leadership Preparatory High. Location: Rewrite the Script of Imperialism. Objective: Students will be able to solve and graph inequalities on a number line. Objective: Students will be able to use information from a word problem to write, solve, and graph an inequality.

Objective: Students will be able to Describe a reflection in the coordinate plane 2. Draw the image of a figure under a reflection.

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David Kujawski from Bird Middle. Location: Scientific Inquiry. Location: Right Triangle Trig. Objective: Students will practice using the sine, cosine, and tangent ratios. Grade Level. Eighth grade Math. Christa Lemily. Big Idea: Hands-on manipulatives help students to prove how, why, and when the Pythagorean Theorem shows relationships within triangles. Standards: 8.Students learn how to represent, interpret, and analyze functions in various forms, leading to understanding features such as rates of change, initial values, and intervals of increase and decrease.

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In Unit 4, eighth-grade students are introduced to the concept of a function that relates inputs and outputs. They begin by investigating all types of relationships between sets, such as students and their number of siblings, coins and the number of minutes of parking at a meter, distance and time spent running, etc. They learn how to represent and interpret functions in various forms, including tables, equations, graphs, and verbal descriptions MP.

As students progress through the unit, they analyze functions to better understand features such as rates of change, initial values, and intervals of increase or decrease, which in turn enables students to make comparisons across functions even when they are not represented in the same format.

Students analyze real-world situations for rates of change and initial values and use these features to construct equations to model the function relationships MP. Students will also spend time comparing linear functions to nonlinear functions, building an understanding of the underlying structure of a function that makes it linear MP. Lastly, students will make connections between stories and graphs by modeling situations like distance or speed over time.

unit 3 8th grade math

In sixth and seventh grade, students studied rate and constant of proportionality in proportional relationships. They developed an understanding of how one quantity changes in relationship to another. Students will draw on that knowledge as they investigate how quantities are related in tables, equations, and graphs, and as they investigate linear vs. Immediately following this unit, eighth-grade students will begin a unit on linear relationships.

In that unit, they will revisit and extend on many of the topics introduced in this Functions unit. In high school, the study of functions extends across multiple topics and fields of study, including quadratic, exponential, and trigonometric functions. This assessment accompanies Unit 4 and should be given on the suggested assessment day or after completing the unit.

Additional assessment tools to help you monitor student learning and identify any skill or knowledge gaps. Download Sample. The central mathematical concepts that students will come to understand in this unit. A function is a rule that assigns to each input exactly one output. Functions can be represented as tables, equations, graphs, and verbal descriptions. Linear functions consist of ordered pairs that when graphed lie on a straight line; nonlinear functions consist of ordered pairs that when graphed do not lie on a straight line.What software do you use to create your guided notes?

I really like this idea,but don't know how to make my documents look as professional as yours. Thank You I create all of my guided notes in Microsoft Word. It's super easy for me because I have been using Word for years. I love the format and layout of your INB pages. Are these available for download or purchase somewhere? I will update my store this summer I decided to change how I paced and taught my Systems of Equations Unit.

This year in my Linear Relationships in Situations Unit I set up the foundation for using slope-intercept form in situations. I taught the students how to represent situations with an equation, on a graph and with a table. And I taught the students that the best method for solving problems using slope-intercept form was algebraically with the equation.

This foundation helped the students to be successful in solving Systems of Equations in Situations. Solving Systems of Equations by Graphing - 2 Weeks. Here is my Socrative Code. Feel Free to Use. Solving Systems Using Elimination - 3 Weeks.

This was by far one of my Socrative lessons that I created. The students loved making the review posters and it really helped solidify the concept of elimination word problems. Solutions to Systems of Equations 2 Days. Email This BlogThis! Labels: My Math 8 Units.


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