Question

In a loop in a closed circuit, the sum of the currents entering a junction equals the sum of the currents leaving a junction because Select one: a. the potential of the nearest battery is the potential at the junction. b. current is used up after it leaves a junction. c. charge is neither created nor destroyed at a junction. d. capacitors tend to maintain current through them at a constant value. e. there are no transformations of energy from one type to another in a circuit loop.

          In a loop in a closed circuit, the sum of the currents entering a junction equals the sum of the currents leaving a junction because

Select one:
a.
the potential of the nearest battery is the potential at the junction.

b.
current is used up after it leaves a junction.

c.
charge is neither created nor destroyed at a junction.

d.
capacitors tend to maintain current through them at a constant value.

e.
there are no transformations of energy from one type to another in a circuit loop.

In a loop in a closed circuit, the sum of the currents entering a junction equals the sum of the currents leaving a junction because

Select one:
a.
the potential of the nearest battery is the potential at the junction.

b.
current is used up after it leaves a junction.

c.
charge is neither created nor destroyed at a junction.

d.
capacitors tend to maintain current through them at a constant value.

e.
there are no transformations of energy from one type to another in a circuit loop.

Added by Kenneth C.

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