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How well do you understand the relationship between triangles and rectangles?

Make sure you understand the material covered in this lesson by answering the multiple choice questions below, which are similar to the questions you'll see on this lesson's quiz. Use this figure to answer all the questions.

Rectangle ABCD

Which segments are diagonals of rectangle ABCD?

  1. BC and AD and BE
  2. BC and AD
  3. AC and BD and AE
  4. AC and BD

The diagonal is a line that connects opposite vertices, and a rectangle has two diagonals. The diagonals of rectangle ABCD are AC and BD.

The diagonal is a line that connects opposite vertices, and a rectangle has two diagonals. The diagonals of rectangle ABCD are AC and BD.

The diagonal is a line that connects opposite vertices, and a rectangle has two diagonals. The diagonals of rectangle ABCD are AC and BD.

The diagonal is a line that connects opposite vertices, and a rectangle has two diagonals. The diagonals of rectangle ABCD are AC and BD.

Rectangle ABCD

Which two segments are equal?

  1. AB = BC
  2. BD = BE
  3. AE = EC
  4. AC = AE

The diagonals bisect each other at point E. Therefore AE = EC.

The diagonals bisect each other at point E. Therefore AE = EC.

The diagonals bisect each other at point E. Therefore AE = EC.

The diagonals bisect each other at point E. Therefore AE = EC.

Rectangle ABCD

What is the area of △BDC?

  1. 48
  2. 24
  3. 8
  4. 10

BD= 2*5 = 10. Therefore AB = \(\mathsf{ \small\sqrt{10^{2}- 6^{2}}}\) = 8. The area of △BDC = \(\mathsf{ \small\frac{1}{2}}\)*b*h = \(\mathsf{ \small\frac{1}{2}}\)*6*8 = 24

BD= 2*5 = 10. Therefore AB = \(\mathsf{ \small\sqrt{10^{2}- 6^{2}}}\) = 8. The area of △BDC = \(\mathsf{ \small\frac{1}{2}}\)*b*h = \(\mathsf{ \small\frac{1}{2}}\)*6*8 = 24

BD= 2*5 = 10. Therefore AB = \(\mathsf{ \small\sqrt{10^{2}- 6^{2}}}\) = 8. The area of △BDC = \(\mathsf{ \small\frac{1}{2}}\)*b*h = \(\mathsf{ \small\frac{1}{2}}\)*6*8 = 24

BD= 2*5 = 10. Therefore AB = \(\mathsf{ \small\sqrt{10^{2}- 6^{2}}}\) = 8. The area of △BDC = \(\mathsf{ \small\frac{1}{2}}\)*b*h = \(\mathsf{ \small\frac{1}{2}}\)*6*8 = 24

Rectangle ABCD

What is the area of rectangle ABCD?

  1. 48
  2. 24
  3. 8
  4. 10

The area of rectangle ABCD is twice the area of △BDC, which is 2*24 = 48. Also, A = b*h = 6*8 = 48

The area of rectangle ABCD is twice the area of △BDC, which is 2*24 = 48. Also, A = b*h = 6*8 = 48

The area of rectangle ABCD is twice the area of △BDC, which is 2*24 = 48. Also, A = b*h = 6*8 = 48

The area of rectangle ABCD is twice the area of △BDC, which is 2*24 = 48. Also, A = b*h = 6*8 = 48

Summary

Questions answered correctly:

Questions answered incorrectly: