A spark of energy is required to initiate the chemical reaction of burning a fossil fuel because it provides the activation energy needed to break the bonds in the molecules of the fuel. Another name for this spark of energy is the ignition energy.
A substance that provides energy as a result of a chemical change is called a fuel. Examples of fuels include gasoline, coal, wood, and natural gas. When these substances undergo combustion, they release energy in the form of heat and light.
Two substances necessary for combustion to occur are fuel (such as wood, gas, or oil) and oxygen. The fuel provides the energy source, while oxygen acts as the oxidizer that allows the fuel to burn.
Carbohydrates serve as a primary source of energy for the body by undergoing chemical reactions during metabolism to produce ATP, the body's primary energy currency.
A campfire is kept going by burning fuel such as wood, charcoal, or propane. The heat generated from the burning fuel then sustains the combustion process and allows the fire to continue burning.
Gas :)
the energy between the bonds of the fuel in the engine.
Double D batteries
glucose
natural gas
Food provides you with the fuel, you still need oxygen to turn it into energy.
in its early stages this fossil fuel is a spongy brown material
Provides fuel and gets rid of waste at the same time
Food provides the fuel ( energy) for man's physical activities.The role of food in your physical activities is that food provides the body with energy. Without energy, the body becomes weak.
A spark of energy is required to initiate the chemical reaction of burning a fossil fuel because it provides the activation energy needed to break the bonds in the molecules of the fuel. Another name for this spark of energy is the ignition energy.
A torch typically gets its input energy from a battery or a fuel source, such as kerosene or propane. When the battery is connected or the fuel is ignited, it generates the necessary energy to power the torch and produce light.
Hydrogen gas provides the highest energy output per unit mass when burned, making it the most energy-dense fuel. It has a high energy-to-weight ratio, which means it can release large amounts of energy when combusted.