How far off the ground are Al and Betty at each of the following times. Show your work:a. 5 seconds after passing the 3 o’clock position?b. 10 seconds after passing the 3 o’clock position?c. 12 seconds after passing the 3 o’clock position? The Ferris WheelAl and Betty have gone to the amusement park to ride on a Ferris wheel. The wheel in the park has aradius of 15 feet, and its center is 20 feet above ground level. Assume it takes 24 seconds to make acomplete revolution.You can describe the various positions in the cycle of the Ferris wheel in terms of the face of a clock, asindicated in the accompanying diagram. Think of Al and Betty's location as they ride as simply a pointon the circumference of the wheel's circular path. That is, ignore the size of the Ferris wheel seats, Aland Betty's own heights, and so on. 10:009:008:0011:007:0012:006:001:005:002:003:004:00

The clock completes a rotation in 24 seconds.

How far off the ground are Al and Betty at each of the following times. Show your work: a. 5 seconds after passing the 3 o’clock position? b. 10 seconds after passing the 3 o’clock position? c. 12 seconds after passing the 3 o’clock position?

How far off the ground are Al and Betty at each of the following times. Show your work: a. 5 seconds after passing the 3 o’clock position? b. 10 seconds after passing the 3 o’clock position? c. 12 seconds after passing the 3 o’clock position?

Trigonometry (MindTap Course List)

10th Edition

ISBN:9781337278461

Author:Ron Larson

Publisher:Ron Larson

Chapter6: Topics In Analytic Geometry

Section6.5: Rotation Of Conics

Problem 3ECP

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Question

The Ferris Wheel
Al and Betty have gone to the amusement park to ride on a Ferris wheel. The wheel in the park has a
radius of 15 feet, and its center is 20 feet above ground level. Assume it takes 24 seconds to make a
complete revolution.
You can describe the various positions in the cycle of the Ferris wheel in terms of the face of a clock, as
indicated in the accompanying diagram. Think of Al and Betty's location as they ride as simply a point
on the circumference of the wheel's circular path. That is, ignore the size of the Ferris wheel seats, Al
and Betty's own heights, and so on.

10:00
9:00
8:00
11:00
7:00
12:00
6:00
1:00
5:00
2:00
3:00
4:00

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