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Boiling water on a gas stove involves thermal energy transfer, phase changes, and conversion of energy.
In the scenario where a pot of water is boiled on a gas stove, heat is transferred from the stove to the pot, causing the water to boil. This process involves conduction and convection, where the heat energy is transferred through direct contact and movement of the water molecules.
As the water absorbs heat, its temperature rises, eventually reaching the boiling point where it transitions into steam. This illustrates the principles of thermal energy transfer and phase changes from liquid to gas.
Overall, boiling water on a gas stove demonstrates the conversion of thermal energy into kinetic energy as the water molecules gain energy and change their state.
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