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14. In the circuit with a voltage source and load resistor R, which of the following statement is false? A. The maximum potential is experienced across the emf source (e). B. The potential drops across the internal resistor which is equal to Ir. C. The terminal voltage is equal to e-Ir, which is equal to the potential drop across the load resistor. D. The potential drops to minimum (zero) across the load resistor R. E. None of the above

14. In the circuit with a voltage source and load resistor R, which of the following statement is false? A. The maximum potential is experienced across the emf source (e). B. The potential drops across the internal resistor which is equal to Ir. C. The terminal voltage is equal to e-Ir, which is equal to the potential drop across the load resistor. D. The potential drops to minimum (zero) across the load resistor R. E. None of the above

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In the circuit with a voltage source and load resistor R, which of the following statement is

false?

A. The maximum potential is experienced across the emf source (e).

B. The potential drops across the internal resistor which is equal to Ir.

C. The terminal voltage is equal to e-Ir, which is equal to the potential drop across the load

resistor.

D. The potential drops to minimum (zero) across the load resistor R.

E. None of the above

14. In the circuit with a voltage source and load resistor R, which of the following statement is false? A. The maximum potential is experienced across the emf source (e). B. The potential drops across the internal resistor which is equal to Ir. C. The terminal voltage is equal to e-Ir, which is equal to the potential drop across the load resistor. D. The potential drops to minimum (zero) across the load resistor R. E. None of the above
Transcribed Image Text:14. In the circuit with a voltage source and load resistor R, which of the following statement is false? A. The maximum potential is experienced across the emf source (e). B. The potential drops across the internal resistor which is equal to Ir. C. The terminal voltage is equal to e-Ir, which is equal to the potential drop across the load resistor. D. The potential drops to minimum (zero) across the load resistor R. E. None of the above
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