(a) Solve the delay differential equation 1, for t (-1,0] in the interval (i) [0, 1]...

  

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(a) Solve the delay differential equation 1, for t€ (-1,0] in the interval (i) [0, 1] (ii) [1,2] (iii) [2,3] = -x(t-1) given the constant initial data X(t) = dt [2 marks] [2 marks] [2 marks] (b) Analyze the asymptotic behavior of the Neutral differential equation using the spectral [9 Marks] approach. {x¹¹(t) + x¹¹(t-1) = x(t) + x(t = 1) = Q(t), -1≤ t ≤0 (a) Solve the delay differential equation 1, for t€ (-1,0] in the interval (i) [0, 1] (ii) [1,2] (iii) [2,3] = -x(t-1) given the constant initial data X(t) = dt [2 marks] [2 marks] [2 marks] (b) Analyze the asymptotic behavior of the Neutral differential equation using the spectral [9 Marks] approach. {x¹¹(t) + x¹¹(t-1) = x(t) + x(t = 1) = Q(t), -1≤ t ≤0

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a Given the delay differential equation dxdt xt 1 with constant initial data Xt 1 for t 1 0 we can solve for xt in the intervals 01 12 and 23 using th... View the full answer