increases
dont no
It increases.
When change happens due to being disturbed
At equilibrium, the movement of molecules reaches a state of balance where the rate of forward and reverse reactions are equal. This means that the molecules continue to move, but their overall distribution remains constant.
A new point of equilibrium will be created
When the object with the potential energy is released. For example, if you hold a lead ball in your hand at shoulder height it has potential energy. As soon as you release it from your hand its potential energy will begin to be converted to kinetic energy.
When a medium is disturbed by a wave, the particles of the medium begin to oscillate back and forth in the direction of the wave's propagation. This transfer of energy results in the wave moving through the medium.
When there is no concentration gradient, there is no net movement of particles from one area to another. This means that the particles are evenly distributed in the system, leading to a state of equilibrium where there is no further movement of particles.
Yes, the gravitational potential energy of an object can be negative. This typically happens when the reference point for measuring potential energy is chosen to be at a higher level than the object's current position.
The potential energy gets less until the ball gets to the bottom of the hill, at which point the potential energy is zero. The potential energy that is lost, gets converted to Kinetic energy of the ball that goes faster and faster as it gets more and more of the Potential energy.
The potential energy gets less until the ball gets to the bottom of the hill, at which point the potential energy is zero. The potential energy that is lost, gets converted to Kinetic energy of the ball that goes faster and faster as it gets more and more of the Potential energy.
When two charges move to a position of lower potential energy due to an electric field, they will experience an attractive force pulling them together. This movement results in a decrease in the distance between the charges, leading to a release of energy in the form of work done by the electric field.