There are many chemical combinations that can be used to make batteries. The trick is to use a combination of chemicals in which the chemicals themselves do not have to be adjacent. One half of the battery involves an oxidation reaction. This releases electrons that flow out thru the wiring. The other half of the battery involves reduction, a reaction in which the excess electrons returning to the battery are used to form a new ionic substance. When not connected thru external wiring the reaction slows, almost stops, that is when the battery has potential energy, the potential to release the electrons and do work.
Flashlights typically use electric energy to power the light bulb or LED inside them. The electric energy is usually provided by batteries. Some flashlights may also use rechargeable batteries, which store chemical energy that is converted to electric energy when the flashlight is turned on.
Chemical energy is spontaneously converted to electrical energy.
Hmm, well lets see, if it's chemical there's no going back right? You cant make it into what it was, so if a flashbulb goes off, it like, explodes, and you need a new one because you can't use a broken bulb...(duh)... so i guess it's a chemical change . (Sorry for not getting to the point quickly ^-^)
Well, a normal battery, a car battery, I can't think of more ! ------------ All chemical substances have chemical energy.
Electric lights (light/heat), electric motors (mechanical energy), heaters (heat), batteries under charge (chemical energy).
Batteries convert chemical energy into electrical energy, which can then be used to power various devices such as smartphones, laptops, and electric vehicles.
An example of converting chemical energy to electric energy is in a battery. Inside a battery, chemical reactions occur that release electrical energy, which can then be used to power devices such as smartphones or laptops.
Flashlights typically use electric energy to power the light bulb or LED inside them. The electric energy is usually provided by batteries. Some flashlights may also use rechargeable batteries, which store chemical energy that is converted to electric energy when the flashlight is turned on.
Chemical energy stored in a battery changes into electrical energy.... Not so complicated
Batteries store chemical energy and convert it into electrical energy when a circuit is closed. This electrical energy is then used to power devices such as smartphones, laptops, and electric vehicles.
Chemical energy. Batteries also convert chemical energy to electrical energy.
Torchlight involves a conversion of chemical energy from the batteries into light energy, which is emitted as visible light.
In most cases, chemical energy stored in the battery produces the electric current. Rechargeable batteries are capable of taking electric currents and using them to reverse the chemical reactions, thus gaining more chemical energy that can be used readily.
heat and chemical energy
Chemical energy is spontaneously converted to electrical energy.
Batteries store chemical energy, which is converted to electrical energy when used. Food stores chemical energy in the form of carbohydrates, fats, and proteins, which our bodies convert into energy through metabolism.
Chemical change