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Flow rate (ft/min) 0 80 130 150 150 160 165 170 160 140 120 7. The equation for the voltage v(t) across a capacitor as

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Flow rate (ft/min) 0 80 130 150 150 160 165 170 160 140 120 7. The equation for the voltage v(t) across a capacitor as a function of time is: v(t)= EJut a +0, -3 where i(t) is the applied current and Q, is the initial charge. Suppose the C=106 Farad and that Qo=0. The applied current is i(t) = [0.01 +0.3e-s' sin(25 m)]* 10 amperes. Calculate the voltage after 0.3 s. solve it in matlab

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