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(A): The Laplace transform of a ramp is 1/s2.Reason (R): The integral of a unit step function gives an impulse function

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Assertion

(A): The Laplace transform of a ramp is 1/s2.Reaso

(A): The Laplace transform of a ramp is 1/s2.Reaso

Assertion

(A): Laplace transform of impulse function is equa

(A): Laplace transform of impulse function is equa

Assertion

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

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

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

Assertion

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

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

Assertion

(A): δ(t -

b) is an impulse occuring at t = bReas

(A): δ(t -

b) is an impulse occuring at t = bReas

Assertion

(A): Impulse function is an important function in

(A): Impulse function is an important function in

Assertion

(A): Inverse Laplace transform can be found from P

(A): Inverse Laplace transform can be found from P

Assertion

(A): The modified ramp function of the given figur

(A): The modified ramp function of the given figur

Assertion

(A): Transient analysis uses Laplace transformatio

(A): Transient analysis uses Laplace transformatio