1. Solve for x(t) and y(t), given that x(0)=D4 and y(0)=3 dx dy + x + 4y = 10; a dt dt x(t) 2+2e cos 2t-2esin2t x(t) 2-2e cos 2t + 2esin2t Option 1 O Option 2 (t) = 2+2e' cos 2t - 2e'sin2t æ(t) = 2- 2e' cos 2t + 2e'sin2t Option 3 Option 4 None of the Choices
1. Solve for x(t) and y(t), given that x(0)=D4 and y(0)=3 dx dy + x + 4y = 10; a dt dt x(t) 2+2e cos 2t-2esin2t x(t) 2-2e cos 2t + 2esin2t Option 1 O Option 2 (t) = 2+2e' cos 2t - 2e'sin2t æ(t) = 2- 2e' cos 2t + 2e'sin2t Option 3 Option 4 None of the Choices
1. Solve for x(t) and y(t), given that x(0)=D4 and y(0)=3 dx dy + x + 4y = 10; a dt dt x(t) 2+2e cos 2t-2esin2t x(t) 2-2e cos 2t + 2esin2t Option 1 O Option 2 (t) = 2+2e' cos 2t - 2e'sin2t æ(t) = 2- 2e' cos 2t + 2e'sin2t Option 3 Option 4 None of the Choices
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
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