What happens to the rotational speed of a DC shunt engine if the supplied voltage is halved? If I have a speed of say, 200 rad/s and supplied voltage is 10V and I drop the voltage (across the board) to 5V. What is the resulting speed?
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What happens to the rotational speed of a DC shunt engine if the supplied voltage is halved? If I have a speed of say, 200 rad/s and supplied voltage is 10V and I drop the voltage (across the board) to 5V. What is the resulting speed?