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An uncharged 10 µF capacitor is charged through a… | StemPy Lab
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An uncharged 10 µF capacitor is charged through a resistor by a 100 V battery until it is full. The energy stored in the capacitor and the energy turned into heat in the resistor are
Physics
Medium
High School (11–12)
Electricity & Magnetism › Electric Potential and Capacitance
Created by
StemPy Lab
An uncharged
10
μ
F
10\ \mu\text{F}
10
μ
F
capacitor is charged through a resistor by a
100
V
100\ \text{V}
100
V
battery until it is full. The energy stored in the capacitor and the energy turned into heat in the resistor are
0.05
J
0.05\ \text{J}
0.05
J
and
0.1
J
0.1\ \text{J}
0.1
J
0.1
J
0.1\ \text{J}
0.1
J
and zero
0.05
J
0.05\ \text{J}
0.05
J
and zero
0.05
J
0.05\ \text{J}
0.05
J
and
0.05
J
0.05\ \text{J}
0.05
J
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