AP Free Response Question
2003 Form B - B2
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A student is asked to design a circuit to supply an electric motor with 1.0 mA of current at 3.0 V potential difference.
(a) Determine the power to be supplied to the motor.
(b) Determine the electrical energy to be supplied to the motor in 60 seconds.
(c) Operating as designed above, the motor can lift a 0.012 kg mass a distance of 1.0 meter in 60 seconds at constant velocity. Determine the efficiency of the motor.
To operate the motor, the student has available only a 9.0 V battery to use as the power source and the following five resistors.
(d) In the space below, complete a schematic diagram of a circuit that shows how one or more of these resistors can be connected to the battery and motor so that 1.0 mA of current and 3.0 V of potential difference are supplied to the motor. Be sure to label each resistor in the circuit with the correct value of its resistance.
Topic Formulas
Description
Published Formula
capacitors in parallel
capacitors in series
elastic potential energy
electric current
Joule's Law
kinetic energy
Ohm's Law
potential energy
power
power
resistance in parallel
resistance in series
resistivity
work
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