Multiple Choice
In the circuit shown, both resistors have the same value R.Suppose switch S is initially closed and capacitor C is charged.When switch S is then opened, the circuit has a time constant a.Conversely, suppose S is initially open and capacitor C is uncharged.When switch S is then closed, the circuit has a time constant 11ef00bf_7880_91f1_bc85_1792c21a71f3_TB6585_11 b.The ratio 11ef00bf_7880_91f1_bc85_1792c21a71f3_TB6585_11 a/ 11ef00bf_7880_91f1_bc85_1792c21a71f3_TB6585_11 b is: 11eab079_978a_0e53_a51f_c34de6df25a3_TB6585_00
A) 0.5
B) 0.67
C) 1
D) 1.5
E) 2
Correct Answer:

Verified
Correct Answer:
Verified
Q56: Resistances of 2.0 <span class="ql-formula"
Q57: In an antique automobile, a 6-V battery
Q58: Each of the resistors in the
Q59: In the circuit shown, the capacitor
Q60: A charged capacitor is being discharged through
Q62: Suppose the current charging a capacitor is
Q63: <sub>2.</sub> The circuit is completed by connecting
Q64: A certain voltmeter has an internal
Q65: "The sum of the emf's and potential
Q66: Four 20- <span class="ql-formula" data-value="\Omega"><span class="katex"><span