WorksheetsHigher Order Linear Differential Equations
Total questions: 10
Worksheet time: 10mins
The complete solution of Linear Differential equations involves
complete function + particular integral
complementary function + particular integral
complementary function + definite integral
complete function + indefinite integral
The complementary function of the equation dx2d2y+2dxdy+y=0 is
c1ex+c2e−x
c1e−x+c2e−x
c1ex+c2ex
(c1+c2x)e−x
The complementary function of the equation 2dt2d2y+5dtdy−12y=0 is
c1e23x+c2e−4x
c1e23t+c2e−4t
c1e−23x+c2e4x
c1e−23t+c2e4t
The complementary function of the equation dx3d3y+dx2d2y=0 is
(c1+c2x)+c3ex
(c1+c2x)+c3e−x
(c1+c2)+c3ex
(c1+c2x)+c3e−2x
The particular integral of the equation (D−1)y=e3x is
2e3x
2e−3x
4e3x
2ex
The particular integral of the equation (D3−1)y=(ex+1)2 is
7e−2x+32x−1
7e3x+32x−1
7e2x+35x−1
7e2x+32x−1
The C.F. of the equation (D2−9)y=e−3x+1+e3x is
c1e−3x+c2e−x
c1e3x+c2e3x
c1e3x+c2e−x
c1e3x+c2e−3x
The C.F. of the equation dx2d2y+dx3dy+2y=e−x is
c1e−x+c2e−2x
c1ex+c2e2x
c1e−2x+c2e−2x
c1e3x+c2e2x
The P.I. of the equation (D3+D)y=cosx is
−2xcosx
2xcosx
−2cosx
−5xcosx
The C.F. of the equation (D2−4)y=sin2x is
c1e−x+c2e2x
c1ex+c2e−2x
c1ex+c2e2x
c1e4x+c2e2x
