Question: Consider the differential equation (D) : 2i(t) -8e-(t) +5=0, x(0) = In(4) and the relation y(t) = e(t) - 3. 1. Show that y(t)
Consider the differential equation (D) : 2i(t) -8e-(t) +5=0, x(0) = In(4) and the relation y(t) = e(t) - 3. 1. Show that y(t) satisfies the differential equation (D) : 2y(t)+5y(t)+7=0, y(0) = 1 if and only if (t) satisfies the differential equation (D). 2 marks 2. Find the backward solution of (D) and deduce the backward solution of (D). 3 marks 3. Is the solution of (D) convergent or divergent? Justify your answer. 2 marks 4. Determine the stationary solution of (D) and indicate whether it is stable or unstable. 2 marks
Step by Step Solution
3.33 Rating (162 Votes )
There are 3 Steps involved in it
To solve the given problem lets follow the steps Show that yt satisfies the differential equation D2 2t 5yt 7 0 y0 1 if and only if xt satisfies the d... View full answer
Get step-by-step solutions from verified subject matter experts
