Write the equation of the height of a rider on each of the following Ferris wheels t seconds after the rider passes the farthest right position. a. The radius of the wheel is 30 feet, the center of the wheel is 45 feet above the ground, and the angular speed of the wheel is 15 degrees per second counterclockwise. Equation: b. Sketch the graph below.

Advanced Engineering Mathematics
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ISBN:9780470458365
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Chapter2: Second-order Linear Odes
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Write the equation of the height of a rider on each of the following Ferris wheels t seconds after the
rider passes the farthest right position.
a. The radius of the wheel is 30 feet, the center of the wheel is 45 feet above the ground, and the
angular speed of the wheel is 15 degrees per second counterclockwise.
Equation:
b. Sketch the graph below.
40
-35
30-
-25
-20-
-15
10-
Time (seconds)
Height (feet)
Transcribed Image Text:Write the equation of the height of a rider on each of the following Ferris wheels t seconds after the rider passes the farthest right position. a. The radius of the wheel is 30 feet, the center of the wheel is 45 feet above the ground, and the angular speed of the wheel is 15 degrees per second counterclockwise. Equation: b. Sketch the graph below. 40 -35 30- -25 -20- -15 10- Time (seconds) Height (feet)
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