3. An industrial fly-wheel turns so that it is modeled with the function: 2л -t|+15, where h is in metres, and t is in seconds. 0.7 h(t) = 13 cos a) What is the maximum height of a point on the edge of the wheel? a) How long does one rotation of the wheel last? b) If the wheel turns for 10 minutes, how many cycles will the wheel make?

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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An industrial fly-wheel turns so that it is modeled with the function: SEE IMAGE where h is in metres, and t is in seconds. 

a) What is the maximum height of a point on the edge of the wheel?

b) How long does one rotation of the wheel last?

c) If the wheel turns for 10 minutes, how many cycles will the wheel make? 

3.
An industrial fly-wheel turns so that it is modeled with the function:
2л
-t|+15, where h is in metres, and t is in seconds.
0.7
h(t) = 13 cos
a) What is the maximum height of a point on the edge of the wheel?
a)
How long does one rotation of the wheel last?
b) If the wheel turns for 10 minutes, how many cycles will the wheel make?
Transcribed Image Text:3. An industrial fly-wheel turns so that it is modeled with the function: 2л -t|+15, where h is in metres, and t is in seconds. 0.7 h(t) = 13 cos a) What is the maximum height of a point on the edge of the wheel? a) How long does one rotation of the wheel last? b) If the wheel turns for 10 minutes, how many cycles will the wheel make?
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