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dknguyen ‘s response pretty much answered my question. I’m just not that familiar with relations of speed, magnetic fields, and coils. If applying force to a motor generates current, by applying a greater force to the motor shaft – to stop the motor shaft, near the time when the shaft stopped moving, would I be I decreasing the current to a level less than that originally provided by the battery?*
*insert footnote
the resistance never changes, use an ohm meter to measure it.Why is it that when mechanical friction is applied to the rotating part of a motor, the motor offers less electrical resistance?
Actually i meant when it was disconnected from the circuit. The resistance is a basic motor constant, until you fry the brushes at least.If he uses a DMM to measure the motor resistance as it's running it might indicate the resistance is changing because the internal Back EMF voltage source is distorting the voltage that the meter is using to measure resistance.
Is this for your gameboard?