A battery with 20 V EMF and 2.9 internal resistance is placed in series with a 18 2 load resistor. Calculate A) the current through the load resistor and B) the terminal voltage of the battery. In the previous problem, calculate the power dissipated by A) the load resistor and B) the internal resistance and C) the power supplied by the battery.
A battery with 20 V EMF and 2.9 internal resistance is placed in series with a 18 2 load resistor. Calculate A) the current through the load resistor and B) the terminal voltage of the battery. In the previous problem, calculate the power dissipated by A) the load resistor and B) the internal resistance and C) the power supplied by the battery.
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Transcribed Image Text:A battery with 20 V EMF and 2.9 internal resistance is placed in series with a 18 2 load resistor. Calculate
A) the current through the load resistor and B) the terminal voltage of the battery.
In the previous problem, calculate the power dissipated by A) the load resistor and B) the internal resistance
and C) the power supplied by the battery.
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