A Submerged Machine. You and your team are testing a device that is to be submerged in the cold waters of Antarctica. It is desig to rotate a small wheel at a very precise rate. One component of the device consists of a steel wheel (diameter Dsteel - 3.0000 cm = 75.500 °F) and a large aluminum wheel that drives it (diameter DAI= 156.000 cm at T = 75.500 °F). (a) If the aluminum wheel rotates at 35.0000 RPM, at what rate does the smaller, steel wheel turn while both wheels are at T-75.5 °F? (b) You submerge the device in a large vat of water held at 32.800 °F, simulating its working environment in the Antarctic seas. Assuming the larger, aluminum driving wheel still rotates at 35.0000 RPM, at what rate does the smaller, steel wheel rotate when t device is submerged in the cold water? (c) How should you adjust the rate of the aluminum driving wheel so that the steel wheel rotates at the same rate as it had at T = 75.500 °F? Note: CAI - 23 x 10-6 (°C)-1 and asteel 12 x 10-6 (°C)-¹. (Enter the value of new angular speed of the driving wheel.)
A Submerged Machine. You and your team are testing a device that is to be submerged in the cold waters of Antarctica. It is desig to rotate a small wheel at a very precise rate. One component of the device consists of a steel wheel (diameter Dsteel - 3.0000 cm = 75.500 °F) and a large aluminum wheel that drives it (diameter DAI= 156.000 cm at T = 75.500 °F). (a) If the aluminum wheel rotates at 35.0000 RPM, at what rate does the smaller, steel wheel turn while both wheels are at T-75.5 °F? (b) You submerge the device in a large vat of water held at 32.800 °F, simulating its working environment in the Antarctic seas. Assuming the larger, aluminum driving wheel still rotates at 35.0000 RPM, at what rate does the smaller, steel wheel rotate when t device is submerged in the cold water? (c) How should you adjust the rate of the aluminum driving wheel so that the steel wheel rotates at the same rate as it had at T = 75.500 °F? Note: CAI - 23 x 10-6 (°C)-1 and asteel 12 x 10-6 (°C)-¹. (Enter the value of new angular speed of the driving wheel.)
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Transcribed Image Text:A Submerged Machine. You and your team are testing a device that is to be submerged in the cold waters of Antarctica. It is designed
to rotate a small wheel at a very precise rate. One component of the device consists of a steel wheel (diameter Dsteel = 3.0000 cm at T =
75.500 °F) and a large aluminum wheel that drives it (diameter DAI= 156.000 cm at T = 75.500 °F).
(a) If the aluminum wheel rotates at 35.0000 RPM, at what rate does the smaller, steel wheel turn while both wheels are at T = 75.500
°F?
(b) You submerge the device in a large vat of water held at 32.800 °F, simulating its working environment in the Antarctic seas.
Assuming the larger, aluminum driving wheel still rotates at 35.0000 RPM, at what rate does the smaller, steel wheel rotate when the
device is submerged in the cold water?
(c) How should you adjust the rate of the aluminum driving wheel so that the steel wheel rotates at the same rate as it had at T =
75.500 °F? Note: A = 23 x 10-6 (°C)-1 and asteel = 12 x 10-6 (°C)-¹. (Enter the value of new angular speed of the driving wheel.)
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VIEWStep 2: a) Here we will calculate the rate at which the steel wheel is rotating, when T is same.
VIEWStep 3: b) Here we will calculate the rate at which the steel wheel is rotating, when T is different.
VIEWStep 4: Continuing the with part-b.
VIEWStep 5: c) Here we will be calculating the new rate of speed of Al wheel.
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