Problem 11. Y' + 2Y = f(t), where f(t) = t, 0 <<< t < 1 0, t≥ 1 and Y(0) = 0 Use notion of unit step-function write in a compact form ft). Then use Laplace transform of function and Laplace transform of derivative to solve given differential equation.

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Problem 11.
Y' + 2Y = f(t),
where f(t) =
t, 0 <<< t < 1
0,
t≥ 1
and Y(0) = 0
Use notion of unit step - function write in a compact form ft).
Then use Laplace transform of function and Laplace transform of derivative to solve given
differential equation.
Transcribed Image Text:Problem 11. Y' + 2Y = f(t), where f(t) = t, 0 <<< t < 1 0, t≥ 1 and Y(0) = 0 Use notion of unit step - function write in a compact form ft). Then use Laplace transform of function and Laplace transform of derivative to solve given differential equation.
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