Exploring Properties of Quadrilaterals

What is the length of the diagonals in a square?

• Half the sides

• Equal to each other

• Equal to the sides

• Twice the sides

How many degrees are each of the interior angles of a square?

• 45 degrees

• 90 degrees

• 180 degrees

• 360 degrees

In a rectangle, what is true about the diagonals?

• They bisect each other

• They are unequal

• They are parallel

• They are perpendicular

Which statement is true for both a rectangle and a parallelogram?

• All sides are equal

• Opposite sides are parallel

• All angles are 90 degrees

• Diagonals are perpendicular

What is a unique property of a rhombus's diagonals?

• They are parallel

• They bisect at 90 degrees

• They are unequal

• They do not bisect each other

What is the main difference in the diagonals of a parallelogram compared to a rectangle?

• They bisect at 90 degrees

• They are equal in length

• They do not bisect each other

• They are not equal in length

What is true about the sides of a kite?

• All sides are of equal length

• All sides are parallel

• Longer sides are equal in length

• No sides are equal

How do the diagonals of a kite interact?

• They are equal in length

• They are parallel

• They bisect each other

• They meet at 90 degrees

Which property is unique to trapezium among the discussed quadrilaterals?

• One pair of opposite sides are parallel

• All sides are equal

• Diagonals are perpendicular

• Interior angles sum to 180 degrees

What can be said about the interior angles of any quadrilateral?

• They sum to 360 degrees

• They are all right angles

• They are all equal

• They sum to 180 degrees