A stamping and folding machine has a turning moment diagram for the shown in figure 1. The machine is driven by a 25 kW (a) flywheel shaft as constant torque motor and the mean speed of the flywheel...

Please solve it completeA stamping and folding machine has a turning moment diagram for the<br>shown in figure 1. The machine is driven by a 25 kW<br>(a)<br>flywheel shaft as<br>constant torque motor and the mean speed of the flywheel is 150 rpm.<br>Determine the;<br>3.<br>I. Cycle time in seconds. (Note: the cycle is not 2n long).<br>II.<br>Variation in speed (in rpm) of the flywheel (I = 50 kgm³).<br>%3D<br>10 kNm<br>5 kNm<br>30°<br>80°<br>150°<br>Angle<br>Figure 1<br>Torque<br>

Extracted text: A stamping and folding machine has a turning moment diagram for the shown in figure 1. The machine is driven by a 25 kW (a) flywheel shaft as constant torque motor and the mean speed of the flywheel is 150 rpm. Determine the; 3. I. Cycle time in seconds. (Note: the cycle is not 2n long). II. Variation in speed (in rpm) of the flywheel (I = 50 kgm³). %3D 10 kNm 5 kNm 30° 80° 150° Angle Figure 1 Torque

Jun 11, 2022
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