Find the convolution x(t) circledtimes h(t), given x(t) and h(t) as shown below

Question

Find the convolution x(t) circledtimes h(t), given x(t) and h(t) as shown below Which choice corresponds best to the following integral? A. 0 B. undefined C. 1 D. None of the above integral^infinity_-infinity delta (t) dt The following is definition for: A. Laplace Transform B. Fourier Transform C. Convolution D. Inverse Laplace Transform integral^infinity_-infinity x(tau) h(t - tau) d tau The following is the definition for: A. Laplace Transform B. Fourier Transform C. Convolution D. Inverse Laplace Transform integral^infinity_-infinity f(t) e^- dt Which MATLAB function is used to plot a single discrete function? A. stem B. plot C. subplot D. step Which of the following provides convolution for e^-t circledtimes e^-t. A. integral^infinity_-infinity e^-tau e^-(t - tau) d tau B. laplace^-1 {(1 s + 1) (1 s + 1)} C. Both A and B D. None of the above What is the convolution of x(t) circledtimes h(t) below: The Matlab command x = 1 2 10 generates A. The row vector [1 2 3 4 5 6 7 8 9 10] B. The row vector [1 3 5 7 9] C. The column vector [1 2 3 4 5 6 7 8 9 10]' D. The column vector [1 3 5 7 9]' E. None of the above The graph of the exponential function e^2 in Matlab can be generated by A. t = 0: .1: 2: plot(t, exp(2*, t)) B. t = 0: .1: 2: plot(t, exp(2*t)) C. t = 0: .1: 2: plot(t, exp(2t)) D. t = 0: .1: 2: graph(t, exp(2*t)) E. t = 0: .1: 20: graph(t, exp(2*t))

Explanation / Answer

12) C) 1

13)c) Convoution

14)A) Laplace

15)A)Stem

18)A) Row vector [1 3 5 7 9]

Please post questions again which i have not answered , thanks

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