A discharging capacitor Note: I may change this circuit, for example by adding a battery and asking you to choose the graph that best describes the current while the capacitor is charging. I may also draw graphs that represent the voltage across the capacitor rather than the current. P29 The capacitor in Figure 19.65 is initially charged, then the circuit is connected. Which graph in Figure 19.66 best describes the current through the bulb as a function of time? (a) (c) € Figure 19.65 Time Time (b) (d) Figure 19.66 Time Time
A discharging capacitor Note: I may change this circuit, for example by adding a battery and asking you to choose the graph that best describes the current while the capacitor is charging. I may also draw graphs that represent the voltage across the capacitor rather than the current. P29 The capacitor in Figure 19.65 is initially charged, then the circuit is connected. Which graph in Figure 19.66 best describes the current through the bulb as a function of time? (a) (c) € Figure 19.65 Time Time (b) (d) Figure 19.66 Time Time
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Transcribed Image Text:A discharging capacitor
Note: I may change this circuit, for example by adding a battery and asking you to choose the
graph that best describes the current while the capacitor is charging. I may also draw graphs
that represent the voltage across the capacitor rather than the current.
P29 The capacitor in Figure 19.65 is initially charged, then the
circuit is connected. Which graph in Figure 19.66 best describes
the current through the bulb as a function of time?
(a)
(c)
€
Figure 19.65
Time
Time
(b)
(d)
Figure 19.66
Time
Time
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