MrBraddock

Just like the original Challenge 24 or 24 Game, but for Calculus! There is a total of 24 cards: 8 one dot, 8 two dot, and 8 three dot cards. Topics include limits, derivatives, second derivatives and integrals. Some cards include equations and some include graphs.

If you've ever player Phase 10 this is similar, but it involves Calculus. This is a great review game before the AP test, or after the AP test. There are a total of 66 (14 of each color) problem cards, 8 wild cards, 4 skip cards, and one set collection (rule) card. Enjoy!

About this worksheet: This worksheet is meant to allow the teacher to grade for correct answers quickly and accurately without grading every single problem by hand. You should tell the students that the dots will not form a picture like they are used to. The students do need to use a straightedge when connecting the dots. Standards Addressed: Perform arithmetic operations on polynomials. CCSS.MATH.CONTENT.HSA.APR.A.1 Understand that polynomials form a system analogous to the integers, nam

Math squares are used for a fun review challenge. There are 16 squares. Each square has an mathematical expression on each edge. The challenge is to make a big square out of the 16 smaller squares by matching equivalent expressions. Some expressions have several right matches, but there is only one way to form the larger square. This math squares puzzle requires knowledge of properties of quadrilaterals.

About this worksheet: This worksheet is meant to allow the teacher to grade for correct answers quickly and accurately without grading every single problem by hand. You should tell the students that the dots will not form a picture like they are used to. You can tell them that if they do it correctly then a regular hexagon can be found somewhere on the page (it is not necessary to tell them though), but it may not be made with the dots on the paper. The hexagon is for you to help identify wh

Math squares are used for a fun review challenge. There are 16 squares. Each square has an mathematical expression on each edge. The challenge is to make a big square out of the 16 smaller squares by matching equivalent expressions. Some expressions have several right matches, but there is only one way to form the larger square. This math squares puzzle requires knowledge of slope, equations of lines and angles formed by cutting parallel lines by a transversal.

Math squares are used for a fun review challenge. There are 16 squares. Each square has an mathematical expression on each edge. The challenge is to make a big square out of the 16 smaller squares by matching equivalent expressions. Some expressions have several right matches, but there is only one way to form the larger square. This math squares puzzle requires knowledge of volume, surface area, and area of quadrilaterals.

Math squares are used for a fun review challenge. There are 16 squares. Each square has an mathematical expression on each edge. The challenge is to make a big square out of the 16 smaller squares by matching equivalent expressions. Some expressions have several right matches, but there is only one way to form the larger square. This math squares puzzle requires knowledge of parametric equations, logarithms, trig functions, and inverse trig functions.

Math squares are used for a fun review challenge. There are 16 squares. Each square has an mathematical expression on each edge. The challenge is to make a big square out of the 16 smaller squares by matching equivalent expressions. Some expressions have several right matches, but there is only one way to form the larger square. This math squares puzzle requires knowledge of special right triangles, midsegments, centers of triangles, and more.

Math squares are used for a fun review challenge. There are 16 squares. Each square has an mathematical expression on each edge. The challenge is to make a big square out of the 16 smaller squares by matching equivalent expressions. Some expressions have several right matches, but there is only one way to form the larger square. This math squares puzzle requires knowledge of slope and exponent rules among other topics.

About this worksheet: This worksheet is meant to allow the teacher to grade for correct answers quickly and accurately without grading every single problem by hand. You should tell the students that the dots will not form a picture like they are used to. You can tell them that if they do it correctly then a hexagon can be found somewhere on the page (it is not necessary to tell them though), but it may not be made with the dots on the paper. The hexagon is for you to help identify whether or

Math squares are used for a fun review challenge. There are 16 squares. Each square has an mathematical expression on each edge. The challenge is to make a big square out of the 16 smaller squares by matching equivalent expressions. Some expressions have several right matches, but there is only one way to form the larger square. This math squares puzzle requires knowledge of number sets and logical statements.

Math squares are used for a fun review challenge. There are 16 squares. Each square has an mathematical expression on each edge. The challenge is to make a big square out of the 16 smaller squares by matching equivalent expressions. Some expressions have several right matches, but there is only one way to form the larger square. This math squares puzzle requires knowledge of congruent triangle theorems.

Math squares are used for a fun review challenge. There are 16 squares. Each square has an mathematical expression on each edge. The challenge is to make a big square out of the 16 smaller squares by matching equivalent expressions. Some expressions have several right matches, but there is only one way to form the larger square. This math squares puzzle requires knowledge of congruent triangles, transformations, slope, and centers of triangles.