In the circuit of the Figure, the switch S has been open for a long time. It is then suddenly closed. Given: R1 R2 C V (V) R₁ V (ΚΩ) | (ΚΩ) | (LF) 112 105 28.8 30.2 Determine the time constant (unit in second) before the switch is closed. S R₂ C
In the circuit of the Figure, the switch S has been open for a long time. It is then suddenly closed. Given: R1 R2 C V (V) R₁ V (ΚΩ) | (ΚΩ) | (LF) 112 105 28.8 30.2 Determine the time constant (unit in second) before the switch is closed. S R₂ C
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
Transcribed Image Text:In the circuit of the Figure,
the switch S has been
open for a long time. It is
then suddenly closed.
Given:
R1 R2 C
V (V)
R₁
V
(ΚΩ) | (ΚΩ) | (LF)
112 105 28.8 30.2
Determine the time
constant (unit in second)
before the switch is
closed.
S
R₂
C
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