It goes to whatever is connected to the battery. For example, if you connect a light bulb to the battery, the energy goes into the light bulb.If the battery slowly drains its power, without any connected load - as batteries tend to do - then internal processes in the battery will ultimately convert the energy into heat, which will quickly go into the environment. In other words, the energy is wasted.
Yes.
Yes.Yes.Yes.Yes.
The chemical energy stored in a battery is converted into electrical energy when the battery is connected to a circuit. This electrical energy powers devices by creating a flow of electrons through the circuit, which can then be used to perform work such as lighting up a bulb or running a motor.
The flashlight can not be turned on as it no power now.
When a battery is fully discharged, the chemical energy stored inside it is converted into electrical energy, which powers devices until the battery can no longer produce a usable voltage. Once depleted, the battery's chemical reactions can no longer occur efficiently, leading to a loss of energy output. The energy that was once available is no longer accessible, and the battery may require recharging or replacement to restore its energy capacity.
Chemical energy in the battery is turned into electrical energy when the battery is hooked up to an electrical circuit.
No. But if left for a very long time any battery will go dead. you have to leave the battery hooked up to terminals for that the battery will contantly charge while being used in your car otherwise the battery will eventually go dead.
if by energy you mean battery then search 'battery' on the app store and loads of battery apps will show up
We run out of means to convert it. Coal is stored potential energy, if we use it all and the resulting heat energy escapes into space, we've lost that energy. World's water evaporates, no hydro power.
Batteries are generally set up to convert the energy derived from a chemical reaction into voltage that can be used to drive current. As the chemical reaction continues, the chemicals that were originally included in the battery undergo changes that exhaust them, and once a reactant is used up, the battery can no longer deliver any power. It's dead.
Simply put, such a battery depends on a chemical reaction. Reactions can only take place when there is an inbalance between the chemicals. Once a balance is acheived then no more reactions can take place.
When a balloon is blown up and released, the stored energy in the stretched rubber is converted into kinetic energy, causing the balloon to fly around the room due to the release of air pressure. Similarly, when a battery stores energy, it holds potential electrical energy that can be converted into usable power to run electronic devices.