Given R$1=14,R2=15,R3=13,$ and $L=2$ H $,$ for the circuit shown in the figure shown below, determine the output current, $i_o(t).$ Assuming an output current in the form $i_o(t)=K_1+K_2{e}^{\frac{-t}{}},$ enter the value of $K_1$ in mA$.$

THE VALUES IN THIS PROBLEM MAY NOT MATCH THE NEXT PROBLEM!

Notes on entering solution:

Enter your solution as a whole number in mA

Do not include units in your answer

ex$.5$ mA is entered as $5\mathrm{.}00$

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$294$

swer

$214$ margin of error $+/-5\%$