An input voltage v(t) = 10^{$\sqrt 2$} cos(t+10⁰) + 10^{$\sqrt 3$} cos (2t+10^o)V is applied to a series combination of resistance R = 1 ^_$\Omega$and an inductance L = 1 H. The resulting steady state current i(t) in ampere is

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10 cos (t - 35⁰) + 10 cos ( 2t + 10⁰ - tan^-12)

An input voltage v(t) = 10$\sqrt 2$ cos(t+100) + 10$\sqrt 3$ cos (2t+10o)V is applied to a series combination of resistance R = 1 $\Omega$ and an inductance L = 1 H. The resulting steady state current i(t) in ampere is