For the LTI system of Figure (a), the input signal is x(t) and the impulse response is h(t...

For the LTI system of Figure (a), the input signal is x(t) and the impulse response is h(t). For each of the cases listed below, use the convolution integral to find the output y(t). The referenced signals are shown in Figures (b)–(g).

(a) x(t) in (b), h(t) in (d)

(b) x(t) in (b), h(t) in (f)

(c) x(t) in (b), h(t) in (e)

(d) x(t) in (e), h(t) in (c)

(e) x(t) in (e), h(t) in (d)

(f) x(t) in (f), h(t) in (e)

(g) x(t) in (b), h(t) in (g)

(h) x(t) in (g), h(t) in (f)