2. A waterwheel with radius 7m, has 1m submerged. The wheel rotates at 6 revolutions per hour. Time is measured from when point P is on the rim of the wheel, is at its maximum height above the surface of the water. a) Graph the distance if the point P above the surface of the water during one complete revolution. b) Determine an equation that describes the motion of the point P. c) How far is the point P above the water after 8 minutes?
2. A waterwheel with radius 7m, has 1m submerged. The wheel rotates at 6 revolutions per hour. Time is measured from when point P is on the rim of the wheel, is at its maximum height above the surface of the water. a) Graph the distance if the point P above the surface of the water during one complete revolution. b) Determine an equation that describes the motion of the point P. c) How far is the point P above the water after 8 minutes?
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:2. A waterwheel with radius 7m, has 1m submerged. The wheel rotates at 6 revolutions per
hour. Time is measured from when point P is on the rim of the wheel, is at its maximum
height above the surface of the water.
a) Graph the distance if the point P above the surface of the water during one complete
revolution.
b) Determine an equation that describes the motion of the point P.
c) How far is the point P above the water after 8 minutes?
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