Question

e=96% e=98% P_{OUT} n_{OUT} T_{OUT} TV=120.5 e=72% e=98% P_{IN} n_{IN} T_{IN} A 1.25 HP electric motor rotating at 1,250 RPM provides power to a gear train as illustrated. The individual stage efficiencies and associated Train Value (TV) for the entire gear train is as shown. The output torque (in in-lb) is: 5,039.45 9,678.81 9,124.71 7,591.50

          e=96%
e=98%
P_{OUT}
n_{OUT}
T_{OUT}
TV=120.5
e=72%
e=98%
P_{IN}
n_{IN}
T_{IN}
A 1.25 HP electric motor rotating at 1,250 RPM provides power to a gear train
as illustrated. The individual stage efficiencies and associated Train Value (TV)
for the entire gear train is as shown. The output torque (in in-lb) is:
5,039.45
9,678.81
9,124.71
7,591.50

e=96%
e=98%
POUT
nOUT
TOUT
TV=120.5
e=72%
e=98%
PIN
nIN
TIN
A 1.25 HP electric motor rotating at 1,250 RPM provides power to a gear train
as illustrated. The individual stage efficiencies and associated Train Value (TV)
for the entire gear train is as shown. The output torque (in in-lb) is:
5,039.45
9,678.81
9,124.71
7,591.50

Added by Sandra C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Thanks for your feedback!

A 1.25 HP electric motor rotating at 1,250 RPM provides power to a gear train as illustrated. The individual stage efficiencies and associated Train Value (TV) for the entire gear train are as shown. The output torque (in in-lb) is: 5,039.45 9,678.81 9,124.71 7,591.50