5. Solve the second order Initial Value Problem (IVP): y + 4y' + 5y = 10e'-10u2(t)e.y(0)...

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5. Solve the second order Initial Value Problem (IVP): y" + 4y' + 5y = 10e'-10u2(t)e.y(0) 0. y'(0) = 10 The form of the solution should be: v) = {ce' + de"[cos(at-p)] for osts2 the' +ke"(cos(at - q)) for 2st Try not to round very much until the final answer is achieved. Give the value of p in radians (Round to 3 decimal places, 0<p<6.28) 5. Solve the second order Initial Value Problem (IVP): y" + 4y' + 5y = 10e'-10u2(t)e.y(0) 0. y'(0) = 10 The form of the solution should be: v) = {ce' + de"[cos(at-p)] for osts2 the' +ke"(cos(at - q)) for 2st Try not to round very much until the final answer is achieved. Give the value of p in radians (Round to 3 decimal places, 0<p<6.28)