Solving for Parallelograms and Rectangles

Which conclusion can be drawn?

• All quadrilaterals are kites, but all kites are not quadrilaterals.

• All parallelograms are rhombi, but all rhombi are not parallelograms.

• All squares are parallelograms, but all parallelograms are not squares.

• All parallelograms are rectangles, but all rectangles are not parallelograms.

Which statement is always true for parallelograms?

• All sides have the same length

• All angles have the same measure

• Opposite sides are equal in length

• Opposite angles have different measures

Colton drew a parallelogram with four sides of equal length and two pairs of equal angles. What shape did he draw?

• kite

• rectangle

• square

• trapezoid

Classify this quadrilateral in as many ways as possible.

• quadrilateral, parallelogram

• quadrilateral, rhombus, paralleogram

• quadrilateral, paralellogram, rectangle

• quadrilateral, parallelogram, trapezoid

Classify this quadrilateral in as many ways as possible.

• quadrilateral, parallelogram, rhombus, square

• quadrilateral, parallelogram

• quadrilateral, rhombus

• quadrilateral, parallelogram, rhombus

A rhombus has all of the properties of a 

• Parallelogram

• Trapezoid

• Kite

• Square

Which quadrilateral is also considered a rhombus, rectangle, and parallelogram?

• Trapezoid

• Triangle

• Square

• Hexagon

Which statement about quadrilaterals is true?

• Every rectangle is also a parallelogram.

• Every parallelogram is also a rectangle.

• Every rectangle is also a rhombus.

• Every rhombus is also a rectangle.

In which list are all figures parallelograms?

• rhombus, polygon, square

• rectangle, rhombus, square

• rectangle, square trapezoid

• quadrilateral, rectangle, rhombus

What do all rectangles and parallelograms have in common?

• All rectangles and parallelograms have two sets of parallel lines.

• All rectangles and parallelograms have sides that are equal in length.

• All rectangles and parallelograms have right angles.

• All rectangles and parallelograms have diagonals that are equal in length.