The Laplace transform for et is 1s 12 1s 1 1s 12 1s2 1 1

The Laplace transform for e^-t is 1/(s - 1)^2 1/s - 1 1/(s + 1)^2 1/s^2 - 1 1/s + 1

We know that

Laplace transform of e^at is ,

L{e^at} = 1/(s - a)

Hence ,

L{e^-t} = 1/(s - (-1))

L{e^-t} = 1/(s + 1)

Therefore ,

Option \" E \" is correct answer

$The Laplace transform for e^-t is 1/(s - 1)^2 1/s - 1 1/(s + 1)^2 1/s^2 - 1 1/s + 1SolutionWe know that Laplace transform of eat is , L{eat} = 1/(s - a) Hence$

The Laplace transform for et is 1s 12 1s 1 1s 12 1s2 1 1

Solution

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