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## Shape Partitions

Directions: Using the same cut pattern for each figure, partition each shape into fourths. Using different cut patterns for each figure, partition each shape into fourths Source: Bryan Anderson

## Composite 2D Shapes

Directions: What shapes could be used to create this picture? Make a list of the shapes needed, and how many of each you would need. Source: Bryan Anderson

## Drawing and Naming Shapes by Sides

Directions: Draw and name a shape that has the following characteristics: Has 3 sides Has 4 sides Has 5 sides Has 6 sides Has no straight sides Source: Bryan Anderson

## Rational, Irrational or Whole Roots

Directions: Using the digits 0 to 9 at most one time each, fill in the boxes to create the following number types: Source: Bryan Anderson

## Operations with Rational Numbers

Directions: Using Integers 2 to 9 (without repeating any number), fill in the boxes to create: Source: Bryan Anderson

## Non-Linear Correlations

Directions: Using the integers 0-9 (without repeating any number), create a set of points that have the following characteristics: Non-linear Positive Correlation (__,__) (__,__) (__,__) (__,__) (__,__) Non-linear Negative Correlation (__,__) (__,__) (__,__) (__,__) (__,__) No Correlation (__,__) (__,__) (__,__) (__,__) (__,__) Source: Bryan Anderson

## Line of Best Fit

Directions: Using the integers 0-9 (without repeating any number), create 4 points that could generate a line of best fit with the equation y=-x+8. (___,___) (___,___) (___,___) (___,___) Source: Bryan Anderson

## Properties of Integer Exponents 3

Directions: Using the digits 0 to 9 at most one time each, fill in the boxes to generate equivalent numerical expressions: Source: Bryan Anderson