" The D.E whose solution is "y=(c_(1)x+c_(2))e^(5x)

D.E whose solution is y=e^(3x)(c_(1)cos x+c_(2)sin x)

The order of the differential equation,whose general solution is y=C_(1)e^(x)+C_(2)e^(2x)+C_(3)e^(3x)+C_(4)e^(x-c_(5)) where C_(1),C_(2),C_(3),C_(4),C_(5) are arbitrary constants,is

The order of the differential equation whose general solution is y=c_(1)sin^(3)x+c_(2)e^(2x)+c_(3)sin3x+c_(4)sin x+c_(5)e^(2x+c_(6) is (A) 2 , (B) 4 , (C) 3 , (D) "None of these"

What is the order of the differential equation whose general solution is y=c_(1)cos2x+c_(2)sin^(2)x+c_(3)cos^(2)x+c_(4)e^(2x)+c_(5)e^(2x+c_(6))

What is the order of the differential equation whose general solution is y=c_(1)cos2x+c_(2)sin^(2)x+c_(3)cos^(2)x+c_(4)e^(2x)+c_(5)e^(2x+c6) ?

What is the order of the differential equation whose general solution is y=c_(1)cos2x+c_(2)sin^(2)x+c_(3)cos^(2)x+c_(4)e^(2x)+c_(5)e^(2x+c6) ?

D.E., having the solution y=c_(1)+c_(2)e^(3x) , is A) y_(2)=3y B) y_(2)=3y_(1) C) y_(3)+3y_(1)=0 D) y_(2)+3y=0

y = c_(1) e^(2x) +c_(2)e^(-2x)

Write the order of the differential equaiton whose solution is given by y=(c_1+c_2)cos(x+c_3)+c_4e^(x+c_5)