Gear Train (more than 2 gears in a line) - In this scenario, a motor is attached to a wheel through a gear ratio. The motor has a speed of 100 RPM's and has 50 lbs or torque. Complete the following calculations. How much torque will be rotating the wheels? What is the final RPM of the Input Gear Idler Gear Output Gear Ratio wheels? 16 400 90 30 2. 60 64 60 10 289 200

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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can someone help me fill this out thanks
Gear Train (more than 2 gears in a line) - In this scenario, a motor is attached to a wheel through a gear
ratio. The motor has a speed of 100 RPM's and has 50 lbs or torque. Complete the following
calculations.
How much torque
will be rotating the
wheels?
What is the final RPM of the
Input Gear
Idler Gear
Output Gear
Ratio
wheels?
16
400
90
30
2
60
6.
64
60
10
289
200
Transcribed Image Text:can someone help me fill this out thanks Gear Train (more than 2 gears in a line) - In this scenario, a motor is attached to a wheel through a gear ratio. The motor has a speed of 100 RPM's and has 50 lbs or torque. Complete the following calculations. How much torque will be rotating the wheels? What is the final RPM of the Input Gear Idler Gear Output Gear Ratio wheels? 16 400 90 30 2 60 6. 64 60 10 289 200
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