The energy in coal is stored as potential energy during its formation over millions of years. This potential energy is released as heat when the coal is burned, which is then used to generate electricity through steam turbines.
The energy in coal is stored in the form of chemical bonds between carbon and other elements like hydrogen. When coal is burned, these bonds break, releasing the energy in the form of heat that can be used to vaporize water and generate steam to drive turbines that produce electricity.
When coal is burned to make steam, the stored chemical energy in the coal is released as heat energy through a combustion reaction. This heat energy is then used to heat water and produce steam, which in turn drives turbines to generate electricity. The thermal energy from burning coal is transformed into mechanical energy and then electrical energy in this process.
Coal burns- heats water- water turns to steam- steam rises and turns turbines- turbines contain magnets and copper wires, as the magnet rotates around copper, electricity is generated, it is fed off through wires
Energy cannot be 'made' or 'destroyed'. It can simply be transformed to a different type of energy. Coal contains chemical energy, which will for example, be converted to heat energy in say a coal fired industrial boiler.
Coal is primarily used for electricity generation, accounting for a significant portion of global energy production. It is also used in industrial processes such as steel production and cement manufacturing. Additionally, coal is used in residential and commercial heating and as a feedstock for certain chemical processes.
The energy in coal is stored in the form of chemical bonds between carbon and other elements like hydrogen. When coal is burned, these bonds break, releasing the energy in the form of heat that can be used to vaporize water and generate steam to drive turbines that produce electricity.
When coal is burned to make steam, the stored chemical energy in the coal is released as heat energy through a combustion reaction. This heat energy is then used to heat water and produce steam, which in turn drives turbines to generate electricity. The thermal energy from burning coal is transformed into mechanical energy and then electrical energy in this process.
A coal-fired energy plant is one that burns coal (as the source of energy) to make electricity or drive machinery.
The energy source which Is dug out of the ground is called coal and is can be burnt to make electricity
coal
Coal. Coal fired plant generate the bulk of IS electricity making.
Coal burns- heats water- water turns to steam- steam rises and turns turbines- turbines contain magnets and copper wires, as the magnet rotates around copper, electricity is generated, it is fed off through wires
To make energy such as electricity for you home. Also provide heat.
in the nucleus
Energy cannot be 'made' or 'destroyed'. It can simply be transformed to a different type of energy. Coal contains chemical energy, which will for example, be converted to heat energy in say a coal fired industrial boiler.
Coal is primarily used for electricity generation, accounting for a significant portion of global energy production. It is also used in industrial processes such as steel production and cement manufacturing. Additionally, coal is used in residential and commercial heating and as a feedstock for certain chemical processes.
we make electricity with coal