Mathematics, 05.06.2020 20:00 nady82

Karl starts the engine on his small private airplane. The engine drives a propeller with a radius of 9 feet and its centerline 12.5 feet above the ground. At idle, the propeller rotates at a constant speed of approximately 750 revolutions per minute. The height of one propeller tip as a function of time is given by h = 12.5 + 9 sin(750t), where h is the height in feet and t is the time in minutes. Find h when t = 3.5 minutes. a.
21.1 ft
b.
14.8 ft
c.
3.8 ft
d.
10.2 ft

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Karl starts the engine on his small private airplane. The engine drives a propeller with a radius of...