A ride at an amusement park consists of two circular rings of swings. At full speed, the swings in the inner ring travel on a circular path with a radius of 32 ft, and the swings in the outer ring travel on a circular path with a radius of 38 ft. Each swing makes one complete revolution every 3.75 seconds. Rounded to the nearest tenth of a mile per hour, determine how much greater the linear speed of the swings in the outer ring is compared to the linear speed of the swings in the inner ring.

Elementary Geometry For College Students, 7e
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ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
Chapter9: Surfaces And Solids
Section9.3: Cylinders And Cones
Problem 49E: A lawn roller in the shape of a right circular cylinder has a radius of length 18 in. and a length...
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A ride at an amusement park consists of two circular rings of swings. At full speed, the
swings in the inner ring travel on a circular path with a radius of 32 ft, and the swings in
the outer ring travel on a circular path with a radius of 38 ft.
Each swing makes one complete revolution every 3.75 seconds.
Rounded to the nearest tenth of a mile per hour, determine how much greater the linear
speed of the swings in the outer ring is compared to the linear speed of the swings in the
inner ring.
Transcribed Image Text:A ride at an amusement park consists of two circular rings of swings. At full speed, the swings in the inner ring travel on a circular path with a radius of 32 ft, and the swings in the outer ring travel on a circular path with a radius of 38 ft. Each swing makes one complete revolution every 3.75 seconds. Rounded to the nearest tenth of a mile per hour, determine how much greater the linear speed of the swings in the outer ring is compared to the linear speed of the swings in the inner ring.
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