Which of the following does represent the state equations A(t +1) and B(t+1) in terms of A, B and x the following sequential circuit? A Clk -A' D -B Clk -B' Clock Select one: O A(t+1)=B+B'x'=B+x' & B(t+1)=Ax+B°x' O A(t+1)=B(B'+x')=Bx' & B(t+1)=(B'+x)(A+x) O A(t+1)=B+B'x'=B+x' & B(t+1)=(B'+x)(A+x) O A(t+1)=A'+B'+x' & B(t+1)=Ax+B'+x' O A(t+1)=A'B'x' & B(t+1)=Ax+B'x'

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The switch closes at t=0 and opens at t=1 when the initial storage value of the inductor and capacitor in the next circuit is zero. Use the convolution integral to find the voltage V0(t) applied to the capacitor.     Please answer in typing format solution please only typing format

4. The switch in the following circuit has been open for a long time before closing at t=0. A) find the voltage across the inductor as a function of time, VL B) find the current through the inductor as a function of time, iL. V1 R1 M 155 32V R2 625 C1 5μF L1 350mH