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(Solved): In the circuit shown, the rate at which \( R_{1} \) is dissipating electrical energy is \( 15.0 \m ...



In the circuit shown, the rate at which \( R_{1} \) is dissipating electrical energy is \( 15.0 \mathrm{~W} \). Find:
is
d.)

In the circuit shown, the rate at which \( R_{1} \) is dissipating electrical energy is \( 15.0 \mathrm{~W} \). Find: is d.) current through \( R_{2} \) e.) current through the \( 10.0 \Omega \) resistor f.) the total electrical power consumption through all resistors g.) the power delivered by the battery h.) show that your results are consistent with the conservation of energy


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a. Power is equal to the product of voltage and current. It can be modified by using ohm’s law as follows: P=VIV=IRP=(IR)I=I2RP1=I12R115=(2)2R1R1=3.75
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