Please state if each question is True or False; if False, please explain why a) The power dissipated by a resistor can be given as: P = IR AV, where IR is the current passing through theresistor and AV is the voltage drop due to the resistor. Frequently we will suppress the notation to just: P = IV.b) The energy lost from a resistor is given off as thermal energy. We would, in everyday language, call this heat.c) The energy lost due to a resistor can be recovered and reused by the circuit, meaning the loss of energy iscompletely reversible.%3Dd) When two resistors are hooked up in parallel the equivalent resistance is: Reg =R1 + R2.%3De) When two resistors are hooked up in series the equivalent resistance is: Reqf) Two resistors that are hooked up in parallel must always burn the same voltage.g) Two resistors that are hooked up in series must always burn the same voltage.

Answered: a) The power dissipated by a resistor…

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ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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Please state if each question is True or False; if False, please explain why

a) The power dissipated by a resistor can be given as: P = IR AV, where IR is the current passing through the
resistor and AV is the voltage drop due to the resistor. Frequently we will suppress the notation to just: P = IV.
b) The energy lost from a resistor is given off as thermal energy. We would, in everyday language, call this heat.
c) The energy lost due to a resistor can be recovered and reused by the circuit, meaning the loss of energy is
completely reversible.
%3D
d) When two resistors are hooked up in parallel the equivalent resistance is: Reg =
R1 + R2.
%3D
e) When two resistors are hooked up in series the equivalent resistance is: Req
f) Two resistors that are hooked up in parallel must always burn the same voltage.
g) Two resistors that are hooked up in series must always burn the same voltage.

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