MathMap

16 task cards, each with pair of similar shapes with missing side lengths. Students can use proportions or find multiplicative relationships between shapes. Great for peer practice. Four pages included and each needs to be cut into fourths.

Activity includes a measuring portion where students have to measure themselves in teams and create ratios and express them in various forms. Students also are asked to analyze data (mean, median, mode, range), make predictions, and reach conclusions about body proportions. Part 2 involves the entire class. Students create a scatter plot of the class data, make a line of best fit, and make predictions based on the results.

Includes formulas, examples, and visuals for perimeter, area, volume, and surface area.

20 question assessment that includes questions on identifying slop from a graph as well as using the formula. Students have to take steps and answer specific questions regarding slope, as well as write an equation. Editable!

Activity includes 12 different x-y tables. Students need to identify an appropriate rule, write an equation, and fill in missing values. Great review or intro. Values from the table can also be graphed. Values can be used to identify slope or intercepts. Editable!

Activity provides students with a comparison of the theoretical probability and experimental probability for the sum of two tossed dice. Students toss dice and record the results for experimental probability and list all the possible outcomes for each sum and calculate the theoretical probability. Great closing or introduction to unit. Comes with follow up questions. Editable!

Great pair or group activity for students in order to review circumference and area formulas. Students need to use diagram of circular flower and veggie beds in order to answer multi-step area problems. Great review or end of unit activity with real life connection.

Students will work in pairs on a rate experiment in order to determine line of best fit, graph, make predictions, and answer slope-related questions. Editable!

About 20 questions including scenarios that require students to form a representative expression. second page includes multiple choice answers that represent equation scenarios. Great for pair review, class discussions, or assessing. Editable!

23 problems include questions on solving equations, matching value tables with equations, written expressions, evaluating expressions, combining like terms, and graphing. Great for review or as an assessment. Editable!

Great review collaborative activity or math center that includes eight different task cards. Students are asked a variety of questions and given various instructions to follow. For example, students are asked to draw a similar and lines of symmetry. Students need to calculate missing angle measurements and perimeter. Students also need to identify congruent angles and segments.

10 question theoretical probability spinner questions.

Group activity in which students find unit rate. There are different jobs specified that can be rotated. There are ten pages with 10 items. Pictures are provided of each item as well as the price. Editable document! Students can research prices and compare unit rates and create additional unit price problems.

Nine pages, each includes a different probability even such as spinner or number die, with 3 different questions on each card. Great center or collaborative review. Can work as task cards to be rotated between teams. Editable!

Written instructions for graphing a polygon on a coordinate grid and moving it multiple times using translations, rotations, and reflections. Multiple problems provided with a coordinate grid. Editable! Great end of unit project or assessment.

Match nine x-y tables with nine rules/equations. Editable!

12 word problems including area and circumference. Students have to work backwards to solve for the diameter or radius.

Two pages include 2 levels of questions on parts of the circle (vocabulary) and angles such as acute and those created by a transversal such as supplementary and vertical. Editable!

Students are asked to fill a 16-square quilt by designing a single patch and moving it using transformations such as reflection, translation, and rotation. Afterwards, students need to write step by step instructions for recreating the uniquely created quilt.

Study guide with probability vocabulary words, definitions, and examples. Editable!