An electric line of force in the `xy` plane is given by equation `x^(2)+y^(2)=1`. A particle with unit positive charge initially at rest at the point `x=1, y=0` in the `xy`-plane

An electric line of forces in the x-y plane is given by the equation x^2+y^2=1 . A particle with unit positive charge, initially at rest at the point x=1 , y=0 in the x-y plane, will move along the circular line of force.

An electric line of forces in the x-y plane is given by the equation x^2+y^2=1 . A particle with unit poistive charge, initially at rest at the point x=1 , y=0 in the x-y plane, will move along the circular line of force.

Two lines given by equation x^(2)+xy+y^(2)=0 are

An electric line of force in X-Y plane is given by the equation (x^2 + y^2 = 9) . A postively charged particle is set free at x = 3, y = 0 in the X-Y plane. The particle will move

The lines given by the equation (2y^2+3xy-2x^2)(x+y-1)=0 form a triangle which is

The lines given by the equation (2y^2+3xy-2x^2)(x+y-1)=0 form a triangle which is

The lines given by the equation (2y^2+3xy-2x^2)(x+y-1)=0 form a triangle which is