no
A spring you see in a pen. It has potential energy until you click it, then the coiled spring becomes kinetic.
kinetic energy
Electrical
I suspect that it is because a coiled wire becomes an electro-magnet which disipates and uses energy, and is therefore not recognized as a short.
The energy stored in the clock is in the form of elastic potential energy of its coiled spring .The spring is coiled by winding the clock.
To absorb the maximum energy(property is resilience)
It's about inertia and kinetic energy. Everything that has mass will want to continue with what it's doing. If it's motionless, you have to overcome inertia to get it moving, and if it is moving, inertia will keep it moving until friction has used up all of its kinetic energy.
Potential energy, maybe?
Kinetic Energy = 1/2 Mass * Velocity squared KE = (1/2)mV2 Your stream has mass and, if running, has velocity. So, this would be an example of generated kinetic energy.
Solar energy will continue as long as there is sun.
wire
-- None at all if the lamp is switched off.-- If the lamp is switched on, then electrical energy is turned into a little bit ofvisible light energy and a comparatively larger quantity of heat energy.