A battery with a 0.138 Q internal resistance supplies 14.2 W of total power with a 9.01 V terminal voltage. Determine the current I (in A) and the power P. (in W) delivered to the load resistor. (Enter your answers to at least three significant figures.) HINT (a) the current I 1.58 X A (b) the power P 13.82 The expression P= 1E = IAV + 1r shows that the total power delivered by the battery equals the power delivered to the load plus the power dissipated by the internal resistance. W
A battery with a 0.138 Q internal resistance supplies 14.2 W of total power with a 9.01 V terminal voltage. Determine the current I (in A) and the power P. (in W) delivered to the load resistor. (Enter your answers to at least three significant figures.) HINT (a) the current I 1.58 X A (b) the power P 13.82 The expression P= 1E = IAV + 1r shows that the total power delivered by the battery equals the power delivered to the load plus the power dissipated by the internal resistance. W
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Transcribed Image Text:A battery with a 0.138 Q internal resistance supplies 14.2 W of total power with a 9.01 V terminal voltage. Determine the current I (in A) and the power P. (in W) delivered to the load resistor. (Enter
your answers to at least three significant figures.)
HINT
(a) the current I
1.58
A
(b) the power P.
13.82
The expression P = 1Ɛ = IAV +1'r shows that the total power delivered by the battery equals the power delivered to the load plus the power dissipated by the internal resistance. W
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