Differential equation whose general solution is `y = c_1x + c_2/x` for all values of `c_1 and c_2` is

Differential equation whose general solution is y=c_(1)x+(c_(2))/(x) for all values of c_(1) and c_(2) is

STATEMENT-1 : The differential equation whose general solution is y = c_(1).x + (c_(2))/(x) for all values of c_(1) , and c_(2) is linear equation. and STATEMENT-2 : The equation y = c_(1), x + (c_(2))/(x) has two arbitrary constants, so the corresponding differential equation is second order.

STATEMENT-1 : The differential equation whose general solution is y = c_(1).x + (c_(2))/(x) for all values of c_(1) , and c_(2) is linear equation. and STATEMENT-2 : The equation y = c_(1), x + (c_(2))/(x) has two arbitrary constants, so the corresponding differential equation is second order.

The differential equation whose general solution is y =log x+c is

The differential equation whose general solution is, y=c_(1)sin x+c_(2)cos x where c_(1) and c_(2) are parameters,is

The differential equation whose general solution is, y=c_(1)sin x+c_(2)cos x where c_(1) and c_(2) are parameters,is

The differential equation whose solution is y=c_1 cos ax + c_2 sin ax is

The differential equation whose solution is y=c_1 cos ax + c_2 sin ax is

The order of the differential equation whose general solution is y = c_(1) cos 2x + c_(2) cos^(2) x + c_(3) sin^(2) x + c_(4) is

The order of the differential equation whose general solution is y = c_(1) cos 2x + c_(2) cos^(2) x + c_(3) sin^(2) x + c_(4) is