The learner will calculate the area of a figure bounded by line segments and arcs of circles.
Area of a Figure Bounded by Line Segments and Arcs of Circles
Calculate the area of the figure shown. Give the area as a decimal number rounded to the nearest tenth.
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Correct!
Calculate the area of the figure shown. Give the area as a decimal number rounded to the nearest tenth.
Correct Answer
956.9 sq yd
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Incorrect
Calculate the area of the figure shown. Give the area as a decimal number rounded to the nearest tenth.
Your Answer
Correct Answer
956.9 sq yd
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Calculate the area of the shaded region in the figure shown. Give the area as a decimal number rounded to the nearest tenth.
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Correct!
Calculate the area of the shaded region in the figure shown. Give the area as a decimal number rounded to the nearest tenth.
Correct Answer
135.1 sq mm
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Incorrect
Calculate the area of the shaded region in the figure shown. Give the area as a decimal number rounded to the nearest tenth.
Your Answer
Correct Answer
135.1 sq mm
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Calculate the area of the figure shown. Assume that angles appearing to be right angles are right angles. Give the area as a decimal number rounded to the nearest tenth.
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Correct!
Calculate the area of the figure shown. Assume that angles appearing to be right angles are right angles. Give the area as a decimal number rounded to the nearest tenth.
Correct Answer
131.2 sq in
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Incorrect
Calculate the area of the figure shown. Assume that angles appearing to be right angles are right angles. Give the area as a decimal number rounded to the nearest tenth.
Your Answer
Correct Answer
131.2 sq in
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Calculate the area of the figure shown. Give the area as a decimal number rounded to the nearest tenth.
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Correct!
Calculate the area of the figure shown. Give the area as a decimal number rounded to the nearest tenth.
Correct Answer
123.9 sq cm
Hint: Imagine that the figure contains a regular hexagon whose sides are the diameters of the six semicircles in the figure.
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Incorrect
Calculate the area of the figure shown. Give the area as a decimal number rounded to the nearest tenth.
Your Answer
Correct Answer
123.9 sq cm
Hint: Imagine that the figure contains a regular hexagon whose sides are the diameters of the six semicircles in the figure.
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Calculate the area of the figure shown. Assume that angles appearing to be right angles are right angles. Give the area as a decimal number rounded to the nearest tenth.
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Correct!
Calculate the area of the figure shown. Assume that angles appearing to be right angles are right angles. Give the area as a decimal number rounded to the nearest tenth.
Correct Answer
421.3 sq in
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Incorrect
Calculate the area of the figure shown. Assume that angles appearing to be right angles are right angles. Give the area as a decimal number rounded to the nearest tenth.
Your Answer
Correct Answer
421.3 sq in
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Calculate the area of the shaded region in the figure shown. Assume that angles appearing to be right angles are right angles. Give the area as a decimal number rounded to the nearest tenth.
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Correct!
Calculate the area of the shaded region in the figure shown. Assume that angles appearing to be right angles are right angles. Give the area as a decimal number rounded to the nearest tenth.
Correct Answer
151.4 sq ft
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Incorrect
Calculate the area of the shaded region in the figure shown. Assume that angles appearing to be right angles are right angles. Give the area as a decimal number rounded to the nearest tenth.
Your Answer
Correct Answer
151.4 sq ft
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Calculate the area of the shaded region in the figure shown. Assume that angles appearing to be right angles are right angles. Give the area as a decimal number rounded to the nearest tenth.
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Correct!
Calculate the area of the shaded region in the figure shown. Assume that angles appearing to be right angles are right angles. Give the area as a decimal number rounded to the nearest tenth.
Correct Answer
117.9 sq ft
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Incorrect
Calculate the area of the shaded region in the figure shown. Assume that angles appearing to be right angles are right angles. Give the area as a decimal number rounded to the nearest tenth.
Your Answer
Correct Answer
117.9 sq ft
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Calculate the area of the shaded region in the figure shown if each rectangular hole is a square with a side length of 0.4 inches. Give the area as a decimal number rounded to the nearest tenth.
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Correct!
Calculate the area of the shaded region in the figure shown if each rectangular hole is a square with a side length of 0.4 inches. Give the area as a decimal number rounded to the nearest tenth.
Correct Answer
6.3 sq in
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Incorrect
Calculate the area of the shaded region in the figure shown if each rectangular hole is a square with a side length of 0.4 inches. Give the area as a decimal number rounded to the nearest tenth.
Your Answer
Correct Answer
6.3 sq in
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Calculate the area of the figure shown. Give the area as a decimal number rounded to the nearest hundredth.
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Correct!
Calculate the area of the figure shown. Give the area as a decimal number rounded to the nearest hundredth.
Correct Answer
0.78 sq m
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Incorrect
Calculate the area of the figure shown. Give the area as a decimal number rounded to the nearest hundredth.
Your Answer
Correct Answer
0.78 sq m
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Calculate the area of the shaded region in the figure shown. Give the area as a decimal number rounded to the nearest tenth.
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Correct!
Calculate the area of the shaded region in the figure shown. Give the area as a decimal number rounded to the nearest tenth.
Correct Answer
10.8 sq cm
Question 1 of 10
Area of a Figure Bounded by Line Segments and Arcs of Circles
Incorrect
Calculate the area of the shaded region in the figure shown. Give the area as a decimal number rounded to the nearest tenth.
Your Answer
Correct Answer
10.8 sq cm
Question 1 of 10
- Author
- Published
- 6/5/2014
- Last Updated
- 6/5/2014
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Area of a Figure Bounded by Line Segments and Arcs of Circles by Fox Valley Technical College is licensed under a Creative Commons Attribution 3.0 Unported License.