(a) Laplace transformation method is commonly apply to solve electric circuit analysis problem. List some reasons the goal of the method is applied. (b) If a voltage expression is given in Laplace domain as the following, convert the expression into the time domain,t. 11s2 + 4 V(s) s(s + 1)(s + 2)2 (c) Determine the Laplace transform expression for the function in Figure Q2(c). g(t) + 10 1 2 t 3.

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QUESTION 2
(a) Laplace transformation method is commonly apply to solve electric circuit analysis
problem. List some reasons the goal of the method is applied.
(b) If a voltage expression is given in Laplace domain as the following, convert the expression
into the time domain,t.
11s2 + 4
V(s) =
s(s + 1)(s + 2)²
(c) Determine the Laplace transform expression for the function in Figure Q2(c).
g(t) +
10
1
3
t
Figure Q2(c)
(d) Analyse the circuit in Figure Q2(d) in order to find the expression for i, in a time domain
function. in the circuit of below.
1 F
2 H
ll
i,
2Ω
5e-2'u(t)A
10
Transcribed Image Text:QUESTION 2 (a) Laplace transformation method is commonly apply to solve electric circuit analysis problem. List some reasons the goal of the method is applied. (b) If a voltage expression is given in Laplace domain as the following, convert the expression into the time domain,t. 11s2 + 4 V(s) = s(s + 1)(s + 2)² (c) Determine the Laplace transform expression for the function in Figure Q2(c). g(t) + 10 1 3 t Figure Q2(c) (d) Analyse the circuit in Figure Q2(d) in order to find the expression for i, in a time domain function. in the circuit of below. 1 F 2 H ll i, 2Ω 5e-2'u(t)A 10
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