It is the breaking of chemical bonds, and therefore is releasing chemical energy.
Chemical and mechanical energy is used to cut a piece of wood.
This depends on the type of wood as well as on how dry the wood is. Different woods have different energy contents, and water content will contribute to the mass.
Any type of material that stores energy and can be burnt to to supply heat is called fuel.e.g wood,coal,petrol etc
Wood in a fireplace. When woods burns it gives of heat, a form of energy. Thus the wood has more potential energy.
Energy cannot be created. (Or destroyed) Burning changes the chemical energy of the wood to heat energy and light energy.
Chemical energy.
Chemical energy
Thermal energy.
Chemical and mechanical energy is used to cut a piece of wood.
mechanical energy
- thermoelectric energy (from coal and methane) - hydroelectric energy - nuclear energy - wind energy - also energy from wood
This depends on the type of wood as well as on how dry the wood is. Different woods have different energy contents, and water content will contribute to the mass.
According to the information I found, in the laboratory, you can get 8660 BTU/lb out of wood because you can make it completely dry. However, moisture in the wood affects its energy output because energy is wasted to heat and expel the water content. They say that the realistic energy output of wood is closer to 6050 BTU/lb. 6050 BTU/lb = 6383 kilojoules/lb
Any type of material that stores energy and can be burnt to to supply heat is called fuel.e.g wood,coal,petrol etc
Wood in a fireplace. When woods burns it gives of heat, a form of energy. Thus the wood has more potential energy.
How does the wood sorrel get it's energy?The wood sorrel gets it's energy is by the sun which produces the edible plant. Along with soil and water.
Energy cannot be created. (Or destroyed) Burning changes the chemical energy of the wood to heat energy and light energy.