The RC circuit shown below has a variable resistance R(t) given by the

1.	The RC circuit shown below has a variable resistance R(t) given by the following expression:R(t)=R0(1−tT) for 0≤t<Twhere R0=1 Ω, and C = 1 F. We are also given that T=3R0C and the source voltage is Vs=1 V. If the current at time t = 0 is 1 A. then the current I(t), in amperes, at time t = T/2 is (rounded off to 2 decimal places).0.25
Answer» The RC circuit shown below has a variable resistance R(t) given by the following expression: $R (t) = R_{0} (1 - \frac{t}{T}) f o r 0 \leq t < T$ where $R_{0} = 1 Ω,$ and C = 1 F. We are also given that $T = 3 R_{0} C$ and the source voltage is $V_{s} = 1 V$ . If the current at time t = 0 is 1 A. then the current I(t), in amperes, at time t = T/2 is (rounded off to 2 decimal places). 0.25

The RC circuit shown below has a variable resistance R(t) given by the following expression:R(t)=R0(1−tT) for 0≤t<Twhere R0=1 Ω, and C = 1 F. We are also given that T=3R0C and the source voltage is Vs=1 V. If the current at time t = 0 is 1 A. then the current I(t), in amperes, at time t = T/2 is (rounded off to 2 decimal places).0.25

Answer»

The RC circuit shown below has a variable resistance R(t) given by the following expression:

$R (t) = R_{0} (1 - \frac{t}{T}) f o r 0 \leq t < T$

where $R_{0} = 1 Ω,$ and C = 1 F. We are also given that $T = 3 R_{0} C$ and the source voltage is $V_{s} = 1 V$ . If the current at time t = 0 is 1 A. then the current I(t), in amperes, at time t = T/2 is (rounded off to 2 decimal places).

0.25

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