Try-Angle Math

These colorful notes teach students how to draw a box and whisker plot and interpret it. Each step is color coded to match a part of the picture provided. It provides synonyms for the different points so the students will be familiar with various vocabulary words. Examples: upper quartile or 3rd quartile and upper extreme or maximum. It explains the 5 number summary, how to interpret the box plot, and how to find the median, mode, and range. If your school does not allow color printing, y

Practice drawing and interpreting box and whisker plots with 6 realistic survey questions. Students will create a box and whisker plot for each set of responses. Students will identify the minimum/maximum, lower extreme/upper extreme, upper/lower quartile, 1st/2nd/3rd quartile, and the median. They will also find the range and interquartile range. Students will also interpret the data, knowing that each quartile represents 25% of the total responses. Sold separately: color coded notes, whic

Identifying Rational and Irrational Numbers Riddle - Digital(using real numbers) Identifying Rational and Irrational Numbers Riddle(decimals only) Identifying Rational and Irrational Numbers (square roots) *And a bonus slide with estimating square roots Writing Rational and Irrational NumbersStudents will in a table with examples of rational and irrational numbers, making sure to include integers, fractions, square roots, and decimals. There is a bonus slide with 2 links to online practice act

Students are given 2 survey questions and responses. They need to draw a box and whisker plot for each, then answer 7 questions about the data. Use the answers to identify the title of the picture. Students are not able to Google search for the answer since it isn't a common joke. Vocabulary includes: minimum maximum range lower quartile upper quartile 1st quartile 2nd quartile 3rd quartile interquartile range If you are new to box and whisker plots, check out my color coded notes, which iden

Pre-Algebra Bingo: End-of-the-Year Review 59 questions in a Power Point slideshow (3 versions with the questions in a different order) Topics include integer operations absolute value converting fractions, decimals, and percents fraction operations exponents square roots 1-step equations mean, median, mode similar figures probability combining like terms distributive property rational and irrational numbers diameter and radius My students like to play for mystery prizes. Instead of candy, they

Graphing Equations in Slope-Intercept Form!Students are given 12 lines. They graph each line and name the animal that the line passes through. They also write the coordinates for each animal. This helps students practice going up or down first when using slope, and over first when identifying coordinates.

Students are given 2 survey questions and responses. Students need to draw a box and whisker plot for each, then answer questions about the data. Use the answers to color a picture! Vocabulary includes: minimummaximumrangelower quartileupper quartile1st quartile2nd quartile3rd quartileinterquartile rangeIf you are new to box and whisker plots, check out my color coded notes, which identify the steps to draw a box and whisker plot. Each step is color coded to match part of a box and whisker pl

Given the area of a circle, students find the radius, the diameter, and the circumference. 10 questions (including 4 word problems). Or, given the circumference, students use the formula for find the diameter, then the radius, and finally the area. 10 questions (including 4 word problems). Excellent test prep! Keywords: area of circles, circumference of circles, test prep, solving for x, multi-step equations, geometry

Given a graph, students identify the slope and y-intercept, and write the equation of the line in slope-intercept form. Students use the slope and y-intercept for color in the picture. 12 graphs in all.

Students find the surface area of 12 cylinders (not drawn to scale). The radius is given for 6 of them, and the diameter is given for the other 6. There is space to write the area of each part of the cylinder: top base, bottom base, lateral face. This helps students make sense of what surface area is, and will help them understand how to find the surface other of other solids. The image on the cover is NOT colored correctly, so students can't cheat. *No prep*Grade at a glance!*ENGAGING!Let's

Start the school year with a fun, interactive, and meaningful back to school activity that helps students build connections and celebrate what makes them unique! This first week of school icebreaker encourages student voice, classroom collaboration, and creates a vibrant classroom display. How It Works: Each student receives a hexagon template and writes 6 things about themselves. Choose from 7 different hexagon designs—use one style for a cohesive look or mix them all for extra variety. Stude

3 worksheets to practice dependent probability ~ claw machine (10 questions) ~ fishing (10 questions) ~ candy (12 questions)

Practice area and circumference of circles with this engaging activity! Students are given either the radius or diameter of a circle. They find both the area and circumference, then color the picture accordingly. This coloring activity is a way to increase engagement compared to traditional worksheets. It is also a great way to incorporate art in the classroom! This is also great for Pi Day.

To practice finding area of a circle, students can find the area of a donut! 10 problems to master finding area of a circle and understand composite area. The first 8 problems have work space for students to show the area of the larger circle, the area of the smaller circle, and the difference. The last 2 problems have space for work, but students need to show their own steps. Keywords: composite area, compound area, annulus, donut, doughnut, area of circles, pi, test prep.

Practice solving one step equations with decimals with this color by number (or digital pixel art). - 8 problems with addition or subtraction - 8 problems with multiplication - 8 problems with division Students can complete all 24 problems individually, or pair up with a partner and split up the evens and odds. The owl on the cover of this product is not colored the same at the answer key, so that students can't Google the answers! *No prep*Grade at a glance!*ENGAGING!*Answers are protected

Students are given 20 equations in point-slope form. They need to determine the point and slope. They draw lines using the point and slope, and write down the letter each line passes through to reveal a silly math phrase. Students will need to be very precise when plotting points, but can use a ruler to help draw straight lines. Keywords: linear functions, point-slope form, test prep, fun math, math riddle, graphing, algebra

4 pages total. The focus is identifying the difference between "less than" (subtraction) and "is less than" (inequality). 2 pages of matching an algebraic or variable expression to a written expression. Each spells out a secret phrase which makes it easy for students to self check and easy for teachers to correct. 2 pages of sorting: translating algebraic expressions into written expressions and translating written expressions into algebraic expressions. I created this for my 7th grade

There are 1,000 lockers. Suppose the first student goes along the row of lockers and opens every locker. The second student then goes along and shuts every second locker. A pattern continues. Imagine that this pattern continues for a thousand students. At the end, which lockers will be open and which will be closed? Explain. Students are provided with a table to help keep track of which lockers are open or closed. There is a blank table and a table with 2 rows filled in. Choose the option that

Students will solve 26 problems involving the distributive property. They will find the answer on the hot air balloon and color it according to the rule. If the answer does not appear on the picture, they know to check their work and try again / ask a question.

Hook the students with the song "Johnny Johnny, Yes Papa." It is a song about a boy sneaking sugar from a sugar jar. Johnny and his friends are transferring sugar from one sugar jar to another, and trying to sneak sugar in the process. *This is not my song, but I am providing a link to it on YouTube. Although the song is intended for little kids, middle school students love it! Students will find the volume of each cylinder, then compare the amount of sugar to the amount in the original jar.