﻿ Symmetry and Transformations Worksheet - Page 6 | Problems & Solutions

Symmetry and Transformations Worksheet - Page 6

Symmetry and Transformations Worksheet
• Page 6
51.
Choose the figure having a line of symmetry.

 a. Figure 3 b. Figure 4 c. Figure 2 d. Figure 1

Solution:

Line of symmetry is the line that divides the figure into two parts, so that both parts match exactly on folding along the line.

Among the figures, a vertical line drawn through Figure 1, divides it into two parts, which match exactly when folded along the line.

So, Figure 1 has a line of symmetry.

52.
Which figure has a dotted line that divides the figure into two symmetrical halves?

 a. Figure 1 b. Figure 3 c. Figure 2 d. Figure 4

Solution:

Line of symmetry is the line that divides the figure into two parts, so that both parts match exactly on folding along the line.

Among the figures, a horizontal line drawn through Figure 4, divides it into two parts, which match exactly when folded along the line.

So, Figure 4 has a dotted line that divides the figure into two symmetrical halves.

53.
Choose the figure that has a dotted line that divides the figure into two symmetrical halves.

 a. Figure 1 b. Figure 2 c. Figure 4 d. Figure 3

Solution:

Line of symmetry is the line that divides the figure into two parts, so that both parts match exactly on folding along the line.

Among the figures, a vertical line drawn through Figure 2, divides it into two parts, which match exactly when folded along the line.

So, Figure 2 has a dotted line that divides the figure into two symmetrical halves.

54.
Which figure has a dotted line that divides the figure into two symmetrical halves?

 a. Figure 1 b. Figure 4 c. Figure 2 d. Figure 3

Solution:

Line of symmetry is the line that divides the figure into two parts, so that both parts match exactly on folding along the line.

Among the figures, a vertical line drawn through Figure 1, divides it into two parts, which match exactly when folded along the line.

So, Figure 1 has a dotted line that divides the figure into two symmetrical halves.

55.
Choose the figure that has a dotted line that divides the figure into two symmetrical halves.

 a. Figure 2 b. Figure 4 c. Figure 1 d. Figure 3

Solution:

Line of symmetry is the line that divides the figure into two parts, so that both parts match exactly on folding along the line.

Among the figures, a vertical line drawn through Figure 1, divides it into two parts, which match exactly when folded along the line.

So, Figure 1 has a dotted line that divides the figure into two symmetrical halves.

56.
Choose the figure that has a dotted line that divides the figure into two symmetrical halves.

 a. Figure 3 b. Figure 2 c. Figure 4 d. Figure 1

Solution:

Line of symmetry is the line that divides the figure into two parts, so that both parts match exactly on folding along the line.

Among the figures, a horizontal line drawn through Figure 4, divides it into two parts, which match exactly when folded along the line.

So, Figure 4 has a dotted line that divides the figure into two symmetrical halves.

57.
Choose whether Figure 2 is a flip, slide or turn of Figure 1.

 a. flip b. flip and then slide c. slide d. turn

Solution:

Figure 2 is obtained by rotating the Figure 1.

So, it is a turn.

58.
Choose whether Figure 2 is a flip, slide, or turn of Figure 1.

 a. slide b. flip c. I don′t know. d. turn

Solution:

Figure 2 is obtained by turning over Figure 1.

So, the given figure is a flip.

59.
Select the appropriate transformation shown in Figure 2.

 a. turn b. I don′t know. c. slide d. flip

Solution:

Figure 2 is obtained by rotating the Figure 1.

So, it is a turn.

60.
Choose whether Figure 2 is a flip, turn, or slide of Figure 1.

 a. flip b. I don′t know. c. slide d. turn

Solution:

Figure 1 and Figure 2 are moved in the same direction.

So, it is a slide.