" 4."y=e^(2x)(a+bx)

Form a differential equation representing the given family of curves by eliminating arbitrary constants a and b.y=e^(2x)(a+bx)

Find the differential equation satisfying y=e^(2x)(a+ bx ) ,a and b are arbitrary constants.

y = e^(2x)(a + bx) , find dy/dx

Form a differential equation representing the given family of curves by eliminating arbitrary constants a and b: y = e^(2x) (a + bx)

If y=e^(2x)(a x+b) , show that y_2-4\ y_1+4\ y=0 .

The differential equation for y=e^(x)(a+bx) is

Form differential equation for y=e^(x)(a+bx+x^(2)) A) y_(2)-2y_(1)+y=2e^(x) B) y_(2)+2y_(1)-y=2e^(x) C) y_(2)-2y_(1)-y=2e^(x) D) y_(1)-2y_(2)+y=2e^(x)

If int x^2e^(-2x)= e^(-2x)(ax^2+bx+c)+d then

Find derivative of y=e^(ax)sin bx

Find derivative of y=e^(ax)cos bx