capacitor; (c) both the voltage on the which are the same; (d) the charge on the capacitor. 4. For a circuit such as the one in Figure 33-1, what are the equations for the charge Q and the current I s functions of time when the capacitor is charging? Q = I = 5 For a circuit such as the one in Figure 33-1, what are the equations for the charge Q and the current I as functions of time when the capacitor is discharging? Q = I = 6. If a 5.00 µF capacitor and a 3.50 M2 resistor form a series RC circuit, what is the RC time constant? Give proper units for RC and show your work. RC = 369 366 Physics Laboratory Manual Loyd OA 06 C OB Figure 33-1 Simple series RC circuit. The current in the discharging case will be in the oppo but the magnitude of the current is the same in both c O 2014, Cengage Learning
capacitor; (c) both the voltage on the which are the same; (d) the charge on the capacitor. 4. For a circuit such as the one in Figure 33-1, what are the equations for the charge Q and the current I s functions of time when the capacitor is charging? Q = I = 5 For a circuit such as the one in Figure 33-1, what are the equations for the charge Q and the current I as functions of time when the capacitor is discharging? Q = I = 6. If a 5.00 µF capacitor and a 3.50 M2 resistor form a series RC circuit, what is the RC time constant? Give proper units for RC and show your work. RC = 369 366 Physics Laboratory Manual Loyd OA 06 C OB Figure 33-1 Simple series RC circuit. The current in the discharging case will be in the oppo but the magnitude of the current is the same in both c O 2014, Cengage Learning
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Transcribed Image Text:capacitor; (c) both the voltage on the
which are the same; (d) the charge on the capacitor.
4. For a circuit such as the one in Figure 33-1, what are the equations for the charge Q and the current I
s functions of time when the capacitor is charging?
Q =
I =
5 For a circuit such as the one in Figure 33-1, what are the equations for the charge Q and the current I
as functions of time when the capacitor is discharging?
Q =
I =
6. If a 5.00 µF capacitor and a 3.50 M2 resistor form a series RC circuit, what is the RC time constant? Give
proper units for RC and show your work.
RC =
369
Transcribed Image Text:366 Physics Laboratory Manual Loyd
OA 06
C
OB
Figure 33-1 Simple series RC circuit.
The current in the discharging case will be in the oppo
but the magnitude of the current is the same in both c
O 2014, Cengage Learning
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