The solution of state equations using Laplace transform is-A-x(t) = φ(t) x(0) + L 1 [φ(s) Bu(s)]B-x(t) = φ(s) x(0) + L 1 [φ(s) Bu(s)]C- .symbol { font family: symbol; } x(t) = eAt X(0) + eA(t t) Bu(t)dtD-Both (a) and (b)-D-Both (a) and (b)

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The solution of state equations using Laplace transform is-A-x(t) = &phi;(t) x(0) + L 1 [&phi;(s) Bu(s)]B-x(t) = &phi;(s) x(0) + L 1 [&phi;(s) Bu(s)]C- .symbol { font family: symbol; } x(t) = eAt X(0) + eA(t t) Bu(t)dtD-Both (a) and (b)-D-Both (a) and (b)

APTITUDE CRACK · Accepted Answer

D Both (a) and (b) No answer description is available.

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The solution of state equations using Laplace transform is

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