What form of energy provides power for a gas stove? That's Chemical Energy, right?
well, oxidation (burning) of fuel is certainly a chemical operation.
Ty Again lol:)
Nope, if you have other choices that might be more exact, like combustion, list them
chemical energy
2019?
Yes, you are correct. The form of energy that provides power for a gas stove is chemical energy. This is because the gas that is used as fuel in a gas stove, such as natural gas, propane, or butane, contains energy stored in the chemical bonds of the molecules.
To further explain how to get this answer, you can start by understanding what types of energy sources are commonly used in stoves, such as electric or gas. In the case of a gas stove, it's important to know that the term "gas" refers to the fuel that is used, not the type of energy.
Next, you can explore different types of gases that are commonly used as fuel in gas stoves, such as natural gas or liquefied petroleum gas (LPG). These gases contain hydrocarbons, which are compounds made up of hydrogen and carbon atoms. When these gases are burned, a chemical reaction occurs, breaking the chemical bonds of the hydrocarbon molecules and releasing energy in the process.
Overall, understanding the types of energy sources commonly used in stoves and the chemical reactions involved in burning gas fuels can help you determine that the power for a gas stove is provided by chemical energy.