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Find C.F (complementary function) of (D^2+5D+6)y=0 & (D^3-7D+6)y=0, Differential equation
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in this lecture you will learn complete concept of complementary function of repeated roots case 1. Higher order differential equation. How we find complementary function of repeated roots of differential equations.
1) Find C.F of (D^3-4D^2+D+6)y=0 & (D^3-6D^2+3D+10)y=0, case#1, Differential equation of higher order.
2) Find complimentary function of (D^2+5D+6)y=0 & (D^3-7D+6)y=0, Higher order differential equation
3) Complementary function of (D^2-12D+4)y=0 & (D^3-6D^2+12D+8)y=0, Differential equation of higher order.
4) Find complementary function of (D^2-4D+4)y=0 & (D^2+6D+9)y=0, Differential equations of higher order.
1) Find C.F of (D^3-4D^2+D+6)y=0 & (D^3-6D^2+3D+10)y=0, case#1, Differential equation of higher order.
2) Find complimentary function of (D^2+5D+6)y=0 & (D^3-7D+6)y=0, Higher order differential equation
3) Complementary function of (D^2-12D+4)y=0 & (D^3-6D^2+12D+8)y=0, Differential equation of higher order.
4) Find complementary function of (D^2-4D+4)y=0 & (D^2+6D+9)y=0, Differential equations of higher order.