Identifying Composite Figures

What shapes make up this composite figure?

• Square, Square

• Rectangle, Triangle

• Rectangle, Rectangle

• Triangle, Square

What shapes make up this composite figure?

• Square, Square

• Rectangle, Triangle

• Rectangle, Rectangle

• Triangle, Square

What shapes make up this composite figure?

• Square, Square, Rectangle

• Rectangle, Triangle, Square

• Rectangle, Triangle, Triangle

• Triangle, Square, Triangle

What shapes make up this composite figure?

• Square, Rectangle

• Rectangle, Triangle

• Triangle, Triangle

• Triangle, Square

What shapes make up this composite figure?

• Rectangle and Trapezoid

• Rectangle and Triangle

• Square and Rectangle

• Square and Triangle

What distinguishes a composite plane figure from a simple plane figure?

• A composite figure is made up of multiple shapes

• A simple figure has only one shape

• A composite figure has a larger area

• A simple figure has a smaller perimeter

What types of plane figures can be used to subdivide a composite figure?

• Rectangles, circles, pentagons, trapezoids, hexagons, octagons

• Circles, ovals, hexagons, octagons, squares, triangles

• Triangles, rectangles, squares, trapezoids, parallelograms, circles, and semicircles

• Triangles, squares, circles, ovals, parallelograms

What attribute is used to determine the perimeter of a composite figure?

• Length of sides

• Area of subdivisions

• Volume of subdivisions

• Circumference of subdivisions

Which of the following is NOT a type of plane figure that can be used to subdivide a composite figure?

• Octagons

• Circles

• Ovals

• Hexagons

How can the area of a composite plane figure be determined?

• By adding the areas of the subdivisions

• By subtracting the areas of the subdivisions

• By dividing the areas of the subdivisions

• By multiplying the perimeters of the subdivisions