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(A): Laplace transform of f(t) = e-at sin ωt is Reason (R): If Laplace transform of f(t) is F(s), then Laplace transform of e-at f(t) is F(s +

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Assertion

(A): Laplace transform of f(t) = e-at sin ωt is R

(A): Laplace transform of f(t) = e-at sin ωt is R

The analog signal given below is sampled at 1200 samples per

Assertion

(A): If the Laplace transform is , the Laplaces tr

(A): If the Laplace transform is , the Laplaces tr

For the circuit shown in the figure, the voltage and current

Assertion

(A): Laplace transform can be used to evalute inte

(A): Laplace transform can be used to evalute inte

A voltage wave v = 10 + 20 sin ωt + 7.5 sin 3 ω(t) is appl

Assertion

(A): The rms value of v = 1 + sin ωt is 1.5Reason

(A): The rms value of v = 1 + sin ωt is 1.5Reason

Assertion

(A): Transient analysis uses Laplace transformatio

(A): Transient analysis uses Laplace transformatio

If F(s) is the Laplace transform of f(t) then Laplace transf

If x1(t) = 2 sin pt + cos 4 pt and x2(t) = sin 5 pt + 3 sin