A particle moves in a potential region given by `U=8x^(2)-4x+400J`. Its state of equilibrium will be

A particle of mass 100 gm moves in a potential well given by U = 8 x^(2) - 4x + 400 joule. Find its acceleration at a distance of 25 cm from equilibrium in the positive direction

A particle of mass 100 gm moves in a potential well given by U = 8 x^(2) - 4x + 400 joule. Find its acceleration at a distance of 25 cm from equilibrium in the positive direction

The potential energy of a particle under a conservative force is given by U(x)=(x^(2)-3x)J . The equilibrium position of the particle is at x m. The value of 10 x will be

The potential energy U(x) of a particle moving along x - axis is given by U(x)=ax-bx^(2) . Find the equilibrium position of particle.

The potential energy U(x) of a particle moving along x - axis is given by U(x)=ax-bx^(2) . Find the equilibrium position of particle.

The potential energy of a particle under a conservative force is given by U ( x) = ( x^(2) -3x) J. The equilibrium position of the particle is at

The potential energy of a particle under a conservative force is given by U ( x) = ( x^(2) -3x) J. The equilibrium position of the particle is at

Potential energy of a particle at position x is given by U=x^(2)-5x . Which of the following is equilibrium position of the particle?

Potential energy of a particle at position x is given by U=x^(2)-5x . Which of the following is equilibrium position of the particle?