Loading...

Lesson 2: Area of Parallelograms — Practice Questions

  1. 1. Parallelogram X has a base of 15 cm and a height of 4 cm. Parallelogram Y, which is more slanted, also has a base of 15 cm and a height of 4 cm. How do their areas compare?

    • A. The area of X is greater than the area of Y.
    • B. The area of X is less than the area of Y.
    • C. The areas of X and Y are equal.
    • D. The relationship cannot be determined.
  2. 2. Two different parallelograms, P and Q, both have a base of 9 inches and a height of 7 inches. If the area of P is 63 square inches, what is the area of Q in square inches? ___

  3. 3. Parallelogram X has a base of 10 ft and a height of 6 ft. Parallelogram Y has the same area as X but a base of 12 ft. What is the height of Parallelogram Y in feet? ___

  4. 4. True or False: If two parallelograms have the same base length and the same height, they must have the same area, no matter how different they look.

    • A. True
    • B. False
  5. 5. Two fabric pieces are cut as parallelograms. Piece A has a base of 30 cm and a height of 15 cm. Piece B has the same base and height but is more tilted. The area of Piece B is ___ cm$^2$.

  6. 6. A parallelogram has a base of 14 meters and a perpendicular height of 6 meters. What is its area in square meters? ___

  7. 7. A parallelogram has a base of 10 inches, a height of 5 inches, and a slanted side of 6 inches. What is its area?

    • A. 50 square inches
    • B. 60 square inches
    • C. 30 square inches
    • D. 21 square inches
  8. 8. A garden plot shaped like a parallelogram has an area of 96 square feet. If its height is 8 feet, what is the length of its base in feet? ___

  9. 9. A rectangular gate is 5 feet high and 10 feet long. It sags into a parallelogram shape that is now only 4 feet high. What is the new area of the gate?

    • A. 40 square feet
    • B. 50 square feet
    • C. 20 square feet
    • D. 19 square feet
  10. 10. Which formula correctly represents the area of a parallelogram with base $b$ and perpendicular height $h$?

    • A. $\operatorname{Area} = bh$
    • B. $\operatorname{Area} = 2b + 2h$
    • C. $\operatorname{Area} = \frac{1}{2}bh$
    • D. $\operatorname{Area} = b + h$