CLICK BELOW for a Playable Preview: https://wow.boomlearning.com/deck/q-e4hvy6asPcgMYRfcH?ref=tpt This product contains 30 digital task cards. “Boom Cards” are digital and self-checking task cards that can played on their desktops, laptops, netbooks, chromebooks, ipads, iphones, android tablets and phones, or kindle-fire tablets. Problems include solving for x, exterior angle sums, and finding missing angle measures. Note: Boom Cards are hosted on Boom Learning. You need to have internet connection to access the decks. Teachers will get a report of student learning and progress. Your students will get immediate feedback on each card in the deck. Teachers can also use with a classroom on a whiteboard and projector. PLEASE check out the PLAYABLE PREVIEW to view the first 4 cards.

FOLDABLE on Solving Proportions Notes for INB. Solve proportions by finding your way through 2 MAZES with 29 problems each. Third maze has 19 problems. MAZE A is the easy version. 4/9 = x/27 MAZE B is the harder version with variables on both sides and uses the distributive property. MAZE C is a combo of both A and B mazes.

Includes 2 foldables on Distance Formula and Midpoint Formula, Maze 1 - Distance Formula - Distance between two points. Maze 2 - Distance Formula - Distance between two points on a graph. Maze 3 - Midpoint Formula - Using two points. Mazes 4 and 5 are on Distance Formula with a Halloween Design.

CLICK BELOW for a Preview of each deck: https://wow.boomlearning.com/deck/q-Fj6nM65vLvjGjXhZo?ref=tpt https://wow.boomlearning.com/deck/q-XczbtaPc4SrMJ3Z5R?ref=tpt This contains 80 digital task cards (2 sets of 40 task cards) on solving one-step equations. The first set contains 40 digital task cards with problems using integers. (Easy version) The second set contains 40 digital task cards with problems using integers, decimals, and fractions. (Harder version) All 80 digital task cards have fill in the blank answers. Note: Boom Cards are hosted on Boom Learning. You need to have internet connection to access the decks. Teachers will get a report of student learning and progress. Your students will get immediate feedback on each card in the deck. Teachers can also use with a classroom on a whiteboard and projector. PLEASE check out the PLAYABLE PREVIEW to view the first 4 cards of each deck.

HARD VERSION: Apply Pythagorean theorem to find the 3rd side of each triangle and then find the SIN, COS, TAN ratios. EASY VERSION: All 3 sides are given. Partners help each other with a set of 10 problems each. If their answers are not the same, they help each other find the same correct answers. Total: 18 Pages

Problems include find the sin, cos, and tan ratios, find missing side lengths and missing angle measures. Some of the problems involve word problems and some of the problems involve error analysis. Knowledge of the Pythagorean theorem is also required for this set. You should be able to view 16 out of the 24 problems. Includes: a. GOOGLE SLIDES for GOOGLE CLASSROOM (paperless) b. PowerPoint and SmartBoard files c. Blue and Black versions to print. d. Absent student sheet e. Teacher Quick Reference sheet f. Recording sheet g. Answer sheet

This is a coloring activity for a set of 10 problems on solving systems of equations by elimination.

There are 2 coloring activities in this product. One is a coloring activity for a set of 14 problems. Problems 1 - 8 are to be written in scientific notation and problems 9 - 14 are written in standard notation. The second activity is writing all 1 - 12 in standard form.

This is a coloring activity for 16 problems. Problems 1 - 5 are on naming the congruence shortcuts. Problems 6 - 16 are on writing the congruence statements. Students will match the correct answer to the colors written below. 8 colors where used to make the design.

This is a powerpoint game on angles and arcs in circles. Use as a game (22 problems) where students will lose points 2 times or use as a review (24 problems). Algebra 1 is reinforced in some of the problems. Problems are on Central and Inscribed Angles and their arcs. I’ve included 40 problems to choose from.

This is a powerpoint game with two versions included. Use as a WIPE OUT game that has 22 problems and 2 slides where students lose 200 or 400 points or use as a review with 24 problems. Both versions include point values for problems. These can be used for a competition of two teams to play against one another. I have included 3 extra slides with problems. All games include a recording sheet. This does not include proofs. For practice with proofs, please checkout my Triangle Congruence Practice.

This is a task card set of 20 problems on points, lines, and planes. Includes: a. GOOGLE SLIDES for GOOGLE CLASSROOM (paperless) b. PowerPoint and SmartBoard files c. Blue and Black versions to print. d. Absent student sheet e. Teacher Quick Reference sheet f. Recording sheet g. Answer sheet

This is a coloring activity on a set of 10 problems on applying the pythagorean theorem to find the third side. All answers are whole numbers. There are two color activities on this topic as well as two coloring activities on the converse of the pythagorean theorem.

This is a PowerPoint game on the Pythagorean Theorem and its Converse. Use as a game (22 problems) where students will lose points 2 times or use as a review (24 problems). I’ve included 32 problems to choose from. Some of the problems include simplifying a radical. If you don’t do that topic, you can easily change the slides to a different problem. There are 32 problems to pick from if you don’t like some of the 24 in the review or 22 in the wipeout game. The PREVIEW shows some of the problems. Determine if a set of 3 numbers forms an acute, right, or obtuse triangle. You can always add your own pictures of problems to this game.

This is a coloring activity for a set of 10 problems on finding the length of a segment on a graph. There are two coloring activities on the distance formula. The other one has two ordered pairs and graphs. The students will form a quilt pattern when put together.

This is a coloring activity for a set of 10 problems on segments in circles formed by chords, secants, and tangents. This is a collaboration activity to make a quilt pattern that has 4 color choices of papers, versions A, B, C, D. All problems and colors are shown in the preview. There are two pictures on an 8.5 by 11 sheet of paper. The answers for problems 1 - 5 go with the picture on the right side and the answers for problems 6 - 10 will determine the colors for the picture on the left. Each version has its own problem set and coloring sheet.

This is a foldable for notes on Angle Measures and Segment Lengths of Circles. The notes include finding measures of angles formed by chords, secants, and tangents and 8 examples. This also includes the SMART NOTEBOOK file with the foldable. Also this includes a set of 8 practice problems on a half sheet for interactive notebook.

FOLDABLE WITH NOTES Maze A (easy, no algebra 1 needed) Maze B (algebra 1 is needed to solve each problem) Maze C (easy, Halloween Themed) Maze D (algebra 1 is needed to solve each problem, Halloween Themed) Types of angle pairs: Complementary, Linear Pairs, Vertical, and Congruent with an angle bisector ** New Maze - Design your Own - students can map out their own route and create their own problems. My students are enjoying making mazes. Also includes 14 Warm ups or Exits on Angle Pairs with NOTEBOOK file

This has two coloring activities using reflections over the y-axis, and then over the x-axis. All reflections are on one large graph. Students can color using my shapes they will end up with or you can let them color their own pictures with their choice of colors.

This product contains 4 graphing ordered pairs activities using all 4 quadrants. The four designs are 2 bats, a pumpkin, and a skull. I have also made them available to use with TRANSFORMATIONS. The skull is a reflection over the y-axis and the bat is a reflection over the x-axis. The pictures look like the ones on the cover page. Included: a. Page with the two graphing activities b. Two Transformations - Reflection activities c. Graph paper with numbers that are multiple of 5’s d. Graph paper with no numbers