In the circuit shown, both resistors have the same value R. Suppose switch S is initially closed. When it is then opened, the circuit has a time constant $ \tau $_a Conversely, suppose S is initially open. When it is then closed, the circuit has a time constant $ \tau $_b The ratio $ \tau $_a/ $ \tau $_b is: A) 1 B) 2 C) 0.5 D) 0.667 E) 1.5

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The Answer of In the circuit shown, both resistors have the same value R. Suppose switch S is initially closed. When it is then opened, the circuit has a time constant $ \tau $_a Conversely, suppose S is initially open. When it is then closed, the circuit has a time constant $ \tau $_b The ratio $ \tau $_a/ $ \tau $_b is: A) 1 B) 2 C) 0.5 D) 0.667 E) 1.5

In the Circuit Shown, Both Resistors Have the Same Value τ \tau τ

In the Circuit Shown, Both Resistors Have the Same Value $\tau$