A battery has a terminal voltage of 12 V when no current flows and an internal resistance of 2

\varOmega

. The battery is placed in series with a 1-

\varOmega

resistor. Which one of the entries in the following table is correct?
$A battery has a terminal voltage of 12 V when no current flows and an internal resistance of 2 \varOmega . The battery is placed in series with a 1- \varOmega resistor. Which one of the entries in the following table is correct? A) B) C) D) E)$
A) $A battery has a terminal voltage of 12 V when no current flows and an internal resistance of 2 \varOmega . The battery is placed in series with a 1- \varOmega resistor. Which one of the entries in the following table is correct? A) B) C) D) E)$
B) $A battery has a terminal voltage of 12 V when no current flows and an internal resistance of 2 \varOmega . The battery is placed in series with a 1- \varOmega resistor. Which one of the entries in the following table is correct? A) B) C) D) E)$
C) $A battery has a terminal voltage of 12 V when no current flows and an internal resistance of 2 \varOmega . The battery is placed in series with a 1- \varOmega resistor. Which one of the entries in the following table is correct? A) B) C) D) E)$
D) $A battery has a terminal voltage of 12 V when no current flows and an internal resistance of 2 \varOmega . The battery is placed in series with a 1- \varOmega resistor. Which one of the entries in the following table is correct? A) B) C) D) E)$
E) $A battery has a terminal voltage of 12 V when no current flows and an internal resistance of 2 \varOmega . The battery is placed in series with a 1- \varOmega resistor. Which one of the entries in the following table is correct? A) B) C) D) E)$

A 30-µF Capacitor Is Connected in Series with a 4

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