Asked by Kailes
Suppose that after you are loaded into a Ferris wheel car, the wheel begins turning at 3 revolutions per second. The wheel has diameter 14 meters and the bottom seat of the wheel is 1 meter above the ground. Express the height h of the seat above the ground as a function of time t seconds after it begins turning.
Answers
Answered by
Steve
since cos(t) starts at the top, and we are starting at the bottom (I assume, though it is not explicitly indicated),
h(t) = -cos(kt)
the wheel's radius is 7, and the center is 8m up, so
h(t) = 8-7cos(kt)
The period is 1/3, so 2π/k = 1/3, and k=6π
h(t) = 8-7cos(6πt)
h(t) = -cos(kt)
the wheel's radius is 7, and the center is 8m up, so
h(t) = 8-7cos(kt)
The period is 1/3, so 2π/k = 1/3, and k=6π
h(t) = 8-7cos(6πt)
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