A physics experiment is set up using two pulleys, a string, and a weight as shown below. The larger pulley has a radius of 14 centimeters, and the smaller pulley has a radius of 8 centimeters. The distance between the centers of the pulleys is 56 centimeters. The string is pulled tightly across both pulleys so that AB is a common tangent of the pulleys. Find the length of string from A to B to the nearest tenth of a centimeter.
A physics experiment is set up using two pulleys, a string, and a weight as shown below. The larger pulley has a radius of 14 centimeters, and the smaller pulley has a radius of 8 centimeters. The distance between the centers of the pulleys is 56 centimeters. The string is pulled tightly across both pulleys so that AB is a common tangent of the pulleys. Find the length of string from A to B to the nearest tenth of a centimeter.
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Transcribed Image Text:A physics experiment is set up using two pulleys, a string, and a weight as shown below. The larger pulley has a radius of
14 centimeters, and the smaller pulley has a radius of 8 centimeters. The distance between the centers of the pulleys is 56
centimeters. The string is pulled tightly across both pulleys so that F is a common tangent of the pulleys. Find the length
of string from A to B to the nearest tenth of a centimeter.
A
weight
O 56.0 cm
O 22.0 cm
O 55.7 cm
O 58.5 cm
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