Describe the following features of a Ferris wheel for which the height of a rider (in feet) above the ground after riding on the wheel for t seconds since passing the farthest right position on the wheel is given by h(t) = 45 sin(30t) + 60. %3D a. Height of the center of the wheel: b. Period of rotation of the wheel: C. Radius of the wheel: d. Angular speed of the wheel: e. Direction of motion, clockwise or counterclockwise? f. Sketch a graph of this function: 120

Trigonometry (MindTap Course List)
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Author:Charles P. McKeague, Mark D. Turner
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Chapter3: Radian Measure
Section3.5: Velocities
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1. Describe the following features of a Ferris wheel for which the height of a rider (in
feet) above the ground after riding on the wheel for t seconds since passing the
farthest right position on the wheel is given by h(t) = 45 sin(30t) + 60.
a. Height of the center of the wheel:
b. Period of rotation of the wheel:
c. Radius of the wheel:
d. Angular speed of the wheel:
e. Direction of motion, clockwise or counterclockwise?
f. Sketch a graph of this function:
120
search
) 耳
Transcribed Image Text:1. Describe the following features of a Ferris wheel for which the height of a rider (in feet) above the ground after riding on the wheel for t seconds since passing the farthest right position on the wheel is given by h(t) = 45 sin(30t) + 60. a. Height of the center of the wheel: b. Period of rotation of the wheel: c. Radius of the wheel: d. Angular speed of the wheel: e. Direction of motion, clockwise or counterclockwise? f. Sketch a graph of this function: 120 search ) 耳
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