1. Which statement best describes the relationship between a square and a rhombus?
- A. A square is always a rhombus.
- B. A square is sometimes a rhombus.
- C. A square is never a rhombus.
- D. A rhombus is always a square.
2. A rectangle is ___ a parallelogram.
- A. always
- B. sometimes
- C. never
3. Which of the following statements is never true?
- A. A parallelogram is a rectangle.
- B. A square is a rhombus.
- C. A rectangle is a square.
- D. A trapezoid is a parallelogram.
4. A parallelogram is ___ a rectangle.
- A. always
- B. sometimes
- C. never
5. If a quadrilateral is a square, which other classification must be true?
- A. It must be a trapezoid.
- B. It must be a kite.
- C. It must be a rectangle.
- D. It cannot be any other type.
6. A rhombus is ___ a square.
- A. always
- B. sometimes
- C. never
7. Which statement correctly explains why a square is a type of parallelogram?
- A. A square has four right angles.
- B. A square has two pairs of parallel sides.
- C. A square has four equal sides.
- D. A square's diagonals are congruent.
8. Based on the Venn diagram of quadrilaterals, which statement about rhombuses and squares is true?
- A. All rhombuses are squares.
- B. All squares are rhombuses.
- C. No rhombus is a square.
- D. Some squares are not rhombuses.
9. According to the Venn diagram, which of the following shapes can never be classified as a parallelogram?
- A. Square
- B. Rectangle
- C. Rhombus
- D. Trapezoid
10. According to the Venn diagram, a quadrilateral that is both a rectangle and a rhombus must also be a ___.