Monique heats a pan of water on the stove. The lid rattles and steam escapes.
What could account for this?
(1 point)
The water molecules have lost kinetic energy and increased in volume.
The pan lid has increased in volume and no longer fits the pan.
The molecules of water have gained kinetic energy and increased in volume.
The temperature of the water has increased, but the kinetic energy of the water molecules has decreased.
I think C or D.
Answers for the Potential and Kinetic Energy Quick Check !!
1: Potential energy
2: after it goes downhill and begins to climb again
3: He can use a thermometer to measure the water's temperature.
4: Gas A has greater kinetic energy.
5: The molecules of water have gained kinetic energy and increased in volume.
hope this helps !!
The correct answer is C. The molecules of water have gained kinetic energy and increased in volume. As the water is heated, the molecules gain kinetic energy and move faster, which causes them to spread out and increase in volume. This increase in volume creates pressure, which causes the lid to rattle and steam to escape.
Well, I see what you're thinking there. But you know what? I've got a better answer for you - it's option C! The molecules of water have gained kinetic energy and increased in volume. You see, when water is heated, its molecules move around faster and faster, like they're doing a little dance party. This increased movement leads to an increase in volume, causing the lid to rattle and steam to escape. So next time you see a lid dancing and steam popping out, just remember that those water molecules are having a wild party!
The correct answer is C. The molecules of water have gained kinetic energy and increased in volume.
When water is heated on the stove, the heat causes the water molecules to gain energy and move faster, increasing their kinetic energy. This increase in kinetic energy leads to the water molecules colliding with each other more forcefully and frequently, causing them to spread out and increase in volume. As a result, the water turns into steam and escapes from the pan, causing the lid to rattle.
To determine the correct answer, we need to understand the phenomenon described in the scenario. When Monique heats a pan of water on the stove, two important things happen: the lid rattles and steam escapes. The key information here is that steam is being produced.
Steam is formed when water reaches its boiling point and undergoes a phase change from a liquid to a gas. This occurs when the temperature of the water increases and the water molecules gain kinetic energy. So, if steam is escaping, it indicates that the water molecules are gaining kinetic energy and increasing in volume.
Therefore, the correct answer is option C: The molecules of water have gained kinetic energy and increased in volume.