Exercise
Real-World Word Problems - Circumference
Solve real-world word problems that involve finding or using the circumference of circular objects. Apply distance and perimeter concepts to practical situations.
Questions
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MultiChoice
A bicycle wheel has a diameter of 70 cm. How far does the wheel travel in 1 complete rotation? (Use pi = 22/7)
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MultiChoice
A gardener wants to put fencing around a circular garden of radius 10 m. How much fencing is needed? (Use pi = 3.14)
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MultiChoice
A circular running track has a diameter of 100 m. What is the distance of one lap around the track? (Use pi = 3.14)
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MultiChoice
The minute hand of a clock is 14 cm long. How far does the tip of the minute hand travel in 1 hour? (Use pi = 22/7)
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MultiChoice
A Ferris wheel has a diameter of 20 m. What distance does a seat travel in one full loop? (Use pi = 3.14)
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MultiChoice
A circular pool has a diameter of 6 m. What is the length of decorative border needed around its edge? (Use pi = 3.14)
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MultiChoice
A wheel has a radius of 35 cm. How far does it travel after turning 10 complete revolutions? (Use pi = 22/7)
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MultiChoice
A round table top has a diameter of 1.5 m. How long is a ribbon attached around the table edge? (Use pi = 3.14)
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MultiChoice
A circular pond has a radius of 7 m. What is the length of a walking path directly around the pond? (Use pi = 22/7)
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MultiChoice
A circular rug has a diameter of 4 m. What length of binding is needed for its outer edge? (Use pi = 3.14)
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MultiChoice
A bicycle wheel radius is 28 cm. How far does it move in 1 complete spin? (Use pi = 22/7)
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MultiChoice
A athlete runs around a circular park of diameter 50 m exactly 3 times. What is total distance? (Use pi = 3.14)