C-1- is an uncharged capacitor -shown in the circuit above- At t - 0 the switch -SW1- is closed- and C-1- begins to charge- Which of the graphs above best represents the charge on the capacitor as time passes-Time BTime ATime CTime DTime E

Question

Toppr Admin · Accepted Answer

Initially when the voltage is applied- the charges will accumulate on the capacitor plates at a high rate- Then the rate of the charge will decrease with time as the capacitor builds charge- Thus- graph A will be the correct representation the charge on the capacitor as time passes- -xA0-

$C_{1}$ is an uncharged capacitor (shown in the circuit above). At $t = 0$ the switch $(S W 1)$ is closed, and $C_{1}$ begins to charge. Which of the graphs above best represents the charge on the capacitor as time passes?

Time B
Time A
Time C
Time D
Time E

Initially when the voltage is applied, the charges will accumulate on the capacitor plates at a high rate. Then the rate of the charge will decrease with time as the capacitor builds charge. Thus, graph A will be the correct representation the charge on the capacitor as time passes.

C1 is an uncharged capacitor (shown in the circuit above). At t=0 the switch (SW1) is closed, and C1 begins to charge. Which of the graphs above best represents the charge on the capacitor as time passes?Time BTime ATime CTime DTime E

Initially when the voltage is applied, the charges will accumulate on the capacitor plates at a high rate. Then the rate of the charge will decrease with time as the capacitor builds charge. Thus, graph A will be the correct representation the charge on the capacitor as time passes.

$C_{1}$ is an uncharged capacitor (shown in the circuit above). At $t = 0$ the switch $(S W 1)$ is closed, and $C_{1}$ begins to charge. Which of the graphs above best represents the charge on the capacitor as time passes?

Time B
Time A
Time C
Time D
Time E