Posted by **Anonymous** on Wednesday, February 1, 2012 at 1:00pm.

A Ferris wheel with a diameter of 100

feet rotates at a constant rate of 4 revolutions per minute. Let the center of the Ferris

wheel be at the origin.

The height h (in feet) of a Ferris wheel car located at the point (x, y) is given by

h = 50 + y

where y is related to the angle è (in radians) by the equation

y = 50 sin è

(a) Write an equation of the height h in terms of time t (in minutes). (Hint: One revolution is 2ð radians. y = 50 sin è

revolution is 2 radians.)

(b) Sketch a graph of the equation you wrote in part (a).

(c) Use the verical line test to determine whether h is a function of t.

(d) What does your answer to part (c) mean in the context of the problem?

- Math-trig -
**Steve**, Wednesday, February 1, 2012 at 5:36pm
h = 50 + 50sinθ

we all know sinθ is a function

so, at any angle θ there is only one height the car can have.

- Math-trig -
**Yamileth**, Tuesday, September 2, 2014 at 11:50pm
Which on can you please help me

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