Identify the position that the rider will be at the following times: At 5 seconds? position At 20 seconds? position At 35 seconds? position

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Please round your answers (for each position) to three decimal places.

The Ferris wheel below has a radius of 36 feet and the distance from the center to the ground is
50 feet. The Ferris wheel has 8 evenly spaced spokes and it takes 40 seconds to do one full
rotation. Assume that a rider will start at point A when the Ferris wheel begins to rotate.
Round all answers to three decimal places.
D
В
E
A
F
H,
G
Transcribed Image Text:The Ferris wheel below has a radius of 36 feet and the distance from the center to the ground is 50 feet. The Ferris wheel has 8 evenly spaced spokes and it takes 40 seconds to do one full rotation. Assume that a rider will start at point A when the Ferris wheel begins to rotate. Round all answers to three decimal places. D В E A F H, G
Identify the position that the rider will be at the following times:
At 5 seconds? position
At 20 seconds? position
At 35 seconds? position
What is the height of the rider from the ground at the following
positions:
At position A?
feet
At position C?
feet
At position G?
feet
At position D?
feet
At position F?
feet
Transcribed Image Text:Identify the position that the rider will be at the following times: At 5 seconds? position At 20 seconds? position At 35 seconds? position What is the height of the rider from the ground at the following positions: At position A? feet At position C? feet At position G? feet At position D? feet At position F? feet
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