Question: (1 point) We consider the initial value problem x2y - 7xy' + 16y = 0, y(1) = -1, y' (1) = -7 By looking for

(1 point) We consider the initial value problem(1 point) We consider the initial value problem(1 point) We consider the initial value problem
(1 point) We consider the initial value problem x2y" - 7xy' + 16y = 0, y(1) = -1, y' (1) = -7 By looking for solutions in the form y = x" in an Euler-Cauchy problem Ax2y" + Bxy' + Cy = 0, we obtain a auxiliary equation Ar2 + (B - A)r + C = 0 which is the analog of the auxiliary equation in the constant coefficient case. (1) For this problem find the auxiliary equation: = 0 (2) Find the roots of the auxiliary equation: (enter your results as a comma separated list ) (3) Find a fundamental set of solutions y1 , y2 : (enter your results as a comma separated list ) (4) Recall that the complementary solution (i.e., the general solution) is y. = 1y1 + C212 . Find the unique solution satisfying y(1) = -1, y' (1) = -7 y =('1 point) We consider the initial value problem xzy\" 5xy' + 931 = 0, y(1) = 3, 3/0) = 6 By looking for solutions in the form y = x' in an Euler-Cauchy problem Axly\" + Bx'y' + Cy = 0, we obtain a auxiliary equation Ar2 + (B A)r + C = 0 which is the analog of the auxiliary equation in the constant coefficient case. (1) For this problem nd the auxiliary equation: = 0 (2) Find the roots of the auxiliary equation: (enter your results as a comma separated list) (3) Find a fundamental set of solutions y1 , 3:2 : (enter your results as a comma separated list ) (4) Recall that the complementary solution (i.e., the general solution) is ye = c1)'1 + czyz. Find the unique solution satisfying y(1) = 3, y'(1) = 6 y: (1 point) We consider the initial value problem x2y" + 15xy' + 49y = 0, y(1) = 2, y' (1) = -15 By looking for solutions in the form y = x" in an Euler-Cauchy problem Ax2y" + Bxy' + Cy = 0, we obtain a auxiliary equation Ar2 + (B - A)r + C = 0 which is the analog of the auxiliary equation in the constant coefficient case. (1) For this problem find the auxiliary equation: 0 (2) Find the roots of the auxiliary equation: (enter your results as a comma separated list ) (3) Find a fundamental set of solutions y1 , y2 : (enter your results as a comma separated list ) (4) Recall that the complementary solution (i.e., the general solution) is y. = 1y1 + C212 . Find the unique solution satisfying y(1) = 2, y' (1) = -15 y =

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