Second Order Equations-Nonhomogeneous Linear: Problem 1 (1 point) For the differential equation y" - 2y - 3y = 7 - 3t (a) State the characteristic polynomial for the differential equation. (Use the variable r.) (b) List the roots of the characteristic polynomial. (c) List y₁ and y2, a fundamental set of solutions of the complementary homogeneous equation. (d) Find the general solution of the complementary homogeneous equation. (In your answer, use A and B to denote the arbitrary constants.) yn (t)= (e) Find a particular solution of the above non-homogeneous differential equation. Up (t) (f) State the general solution of the above non-homogeneous differential equation. y(t) = (g) Find the particular solution satisfying y(0) = -9 and y'(0) = 3. Y(t)

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Second Order Equations-Nonhomogeneous Linear: Problem 1 (1 point) For the differential equation y" - 2y - 3y = 7 - 3t (a) State the characteristic polynomial for the differential equation. (Use the variable r.) (b) List the roots of the characteristic polynomial. (c) List y₁ and y2, a fundamental set of solutions of th