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An Electrical Power Supply, Such as a Battery, Generates an Electrical

question 47

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An electrical power supply, such as a battery, generates an electrical potential (voltage, V) which varies depending on how much current (i) it is delivering. The integral An electrical power supply, such as a battery, generates an electrical potential (voltage, V)  which varies depending on how much current (i)  it is delivering. The integral   represents the total power (energy per unit time)  being given off by the battery when it is producing a current I. The useful electrical power, however, is just the product   . The difference between the total and the electrical power represents power that is wasted (and that accumulates as heat) . Consider a hypothetical battery with a voltage vs. current curve described by the equation   . If the battery is producing a current of 4 amperes, how much electrical power is being produced, and how much power is being wasted? A)    B)    C)    D)   represents the total power (energy per unit time) being given off by the battery when it is producing a current I. The useful electrical power, however, is just the product An electrical power supply, such as a battery, generates an electrical potential (voltage, V)  which varies depending on how much current (i)  it is delivering. The integral   represents the total power (energy per unit time)  being given off by the battery when it is producing a current I. The useful electrical power, however, is just the product   . The difference between the total and the electrical power represents power that is wasted (and that accumulates as heat) . Consider a hypothetical battery with a voltage vs. current curve described by the equation   . If the battery is producing a current of 4 amperes, how much electrical power is being produced, and how much power is being wasted? A)    B)    C)    D)   . The difference between the total and the electrical power represents power that is wasted (and that accumulates as heat) . Consider a hypothetical battery with a voltage vs. current curve described by the equation An electrical power supply, such as a battery, generates an electrical potential (voltage, V)  which varies depending on how much current (i)  it is delivering. The integral   represents the total power (energy per unit time)  being given off by the battery when it is producing a current I. The useful electrical power, however, is just the product   . The difference between the total and the electrical power represents power that is wasted (and that accumulates as heat) . Consider a hypothetical battery with a voltage vs. current curve described by the equation   . If the battery is producing a current of 4 amperes, how much electrical power is being produced, and how much power is being wasted? A)    B)    C)    D)   . If the battery is producing a current of 4 amperes, how much electrical power is being produced, and how much power is being wasted?


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