Please see the attached file for the fully formatted problems.
1. AN ELECTRIC MOTOR ACCELERATES THE 6-in DIAMETER GRINDING WHEEL AT A RATE 0F 150 rad/s2 FROM REST UNTIL IT REACHES ITS OPERATING SPEED OF 3600 rpm. DETERMINE:
a) The time in seconds required for the wheel to reach 3600rpm
b) The number of revolutions of the wheel required to reach 3600rpm
c) The velocity in ftls of particle P on the periphery of the wheel at 3600rpm
d) The magnitude of the acceleration in 111s2 of this particle at 3600 rpm
e) The relative velocity...
Revolutions, velocity and time are calculated for a grinding wheel.