Find the solution for the given Higher Order Differential Equation.
(2(3x+5)^2 frac{d^2 y}{dx^2}+(3x+5) frac{dy}{dx}+y=sin (log (3x+5)) )

Question

Find the solution for the given Higher Order Differential Equation. (2(3x+5)^2  frac{d^2 y}{dx^2}+(3x+5)  frac{dy}{dx}+y=sin (log (3x+5)) )

TuteeHUB · Accepted Answer

(c_1(3x+5)^{0.76}+ c_2(3x+7)^{0.073}+  frac{-(15(cos u2061(log u2061(3x+5))+17 sin u2061(log u2061(3x+5)))))}{64}   )

TuteeHUB · Answer

(c_1(3x+5)^{0.76}+ c_2(3x+5)^{0.073}+  frac{-(15(cos u2061(log u2061(3x+5))+17 sin u2061(log u2061(3x+5)))))}{64}  )

TuteeHUB · Answer

(c_1(3x+5)^{0.76}+ c_2(3x+7)^{0.073}+  frac{-(15(cos u2061(log u2061(3x+5))+17 sin u2061(log u2061(3x+5)))))}{64}   )

TuteeHUB · Answer

(c_1(3x+5)^{0.76}+ c_2(3x+7)^{0.073}+  frac{-(15(cos u2061(log u2061(3x+5))+17 sin u2061(log u2061(3x+5)))))}{16}   )

TuteeHUB · Answer

(c_1(3x+5)^{0.76}+ c_2(3x+5)^{0.073}+  frac{-(15(cos u2061(log u2061(3x+5))+17 sin u2061(log u2061(3x+5)))))}{16}   )

1.	Find the solution for the given Higher Order Differential Equation. (2(3x+5)^2 frac{d^2 y}{dx^2}+(3x+5) frac{dy}{dx}+y=sin (log (3x+5)) )
A.	(c_1(3x+5)^{0.76}+ c_2(3x+5)^{0.073}+ frac{-(15(cos u2061(log u2061(3x+5))+17 sin u2061(log u2061(3x+5)))))}{64} )
B.	(c_1(3x+5)^{0.76}+ c_2(3x+7)^{0.073}+ frac{-(15(cos u2061(log u2061(3x+5))+17 sin u2061(log u2061(3x+5)))))}{64} )
C.	(c_1(3x+5)^{0.76}+ c_2(3x+7)^{0.073}+ frac{-(15(cos u2061(log u2061(3x+5))+17 sin u2061(log u2061(3x+5)))))}{16} )
D.	(c_1(3x+5)^{0.76}+ c_2(3x+5)^{0.073}+ frac{-(15(cos u2061(log u2061(3x+5))+17 sin u2061(log u2061(3x+5)))))}{16} )
Answer» B. (c_1(3x+5)^{0.76}+ c_2(3x+7)^{0.073}+ frac{-(15(cos u2061(log u2061(3x+5))+17 sin u2061(log u2061(3x+5)))))}{64} )

Discussion