Question
Download Solution PDFCurrent I(s) in RL circuit is given as \(\rm I(s)=\frac{1.5}{s+4}\) Obtain i(t) for t > 0
Answer (Detailed Solution Below)
Detailed Solution
Download Solution PDFConcept
The inverse Laplace Transform of
\({k\over s+a}=ke^{-at}\)
where, k = Constant
Calculation
Given, \(\rm I(s)=\frac{1.5}{s+4}\)
On comparison, k = 1.5 and a = 4
\({1.5\over s+4}=1.5e^{-4t}\)
Last updated on Jun 16, 2025
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