Figure 4: For Q16,17: Consider the circuit shown in Figure 4. The switch in the circuit has been open for a fong time before it instantaneously closes at time $t = 0$ . Q16: The initial voltage $v_{1} (0^{?})$ on the capacitor is $8 V$ $24 V$ ov Q17: The Laplace domain voltage $V_{1} (s)$ for $t > 0$ is given by $\frac{24}{x ( 0 + 1.25 )}$ $\frac{16 + 144}{4 ( 0 + 0.25 )}$ $\frac{12 n + 64}{x + 4}$ $\frac{30 + 24}{? ( e + 1.28 )}$ $\frac{16 + 17 Tes}{2 + 4}$ $\frac{16}{+ 0.25}$

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Figure 4: For Q16,17: Consider the circuit shown in Figure 4. The switch in the circuit has been open for a fong time before it instantaneously closes at time

t = 0

. Q16: The initial voltage

v_{1} (0^{?})

on the capacitor is

8 V

24 V

ov Q17: The Laplace domain voltage

V_{1} (s)

for

t > 0

is given by

\frac{24}{x ( 0 + 1.25 )}

\frac{16 + 144}{4 ( 0 + 0.25 )}

\frac{12 n + 64}{x + 4}

\frac{30 + 24}{? ( e + 1.28 )}

\frac{16 + 17 Tes}{2 + 4}

\frac{16}{+ 0.25}

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Expert Answer to -  Figure 4: For Q16,17: Consider the circuit shown in Figure 4. The switch in the circuit has been op

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Solution for -  Figure 4: For Q16,17: Consider the circuit shown in Figure 4. The switch in the circuit has been op

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This an additional answer to -  Figure 4: For Q16,17: Consider the circuit shown in Figure 4. The switch in the circuit has been op

(Solved): Figure 4: For Q16,17: Consider the circuit shown in Figure 4. The switch in the circuit has been op ...

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