After closing the switch ‘s’ at t = 0, the current i(t) at any instant ‘t’ in the network shown in the figure:
1
\(10 - 10{{\rm{e}}^{ - 100{\rm{t}}}}\)
2
\(10 + 10{{\rm{e}}^{100{\rm{t}}}}\)
3
\(10 - 10{{\rm{e}}^{100{\rm{t}}}}\)
4
\(10 + 10{{\rm{e}}^{ - 100{\rm{t}}}}\)
5
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