Because it is larger.
No, 4 cups of boiling water would have more thermal energy than 2 cups of boiling water. The amount of thermal energy is directly related to the quantity of water and its temperature. More water requires more energy to heat it to boiling temperature, resulting in higher thermal energy.
A pot of boiling water has more thermal energy than a cup of boiling water because it contains a greater volume of water and therefore a higher total amount of heat energy.
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When a stove is boiling water, electrical energy from the stove is being transformed into thermal energy as the stove heats the water. The thermal energy then causes the water to boil and turn into steam.
Boiling water typically uses thermal energy, which is the energy associated with heat. When water reaches its boiling point, the thermal energy added to the water causes the water molecules to gain enough kinetic energy to break free from their liquid state and change into vapor.
No, 4 cups of boiling water would have more thermal energy than 2 cups of boiling water. The amount of thermal energy is directly related to the quantity of water and its temperature. More water requires more energy to heat it to boiling temperature, resulting in higher thermal energy.
In a pan of boiling water, the thermal energy from the source (the gas ring or electric plate) is being distributed mainly by convection, and the thermal energy enters the egg by conduction from the boiling water.
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A pot of boiling water has more thermal energy than a cup of boiling water because it contains a greater volume of water and therefore a higher total amount of heat energy.
thermal energy
When a stove is boiling water, electrical energy from the stove is being transformed into thermal energy as the stove heats the water. The thermal energy then causes the water to boil and turn into steam.
Boiling water typically uses thermal energy, which is the energy associated with heat. When water reaches its boiling point, the thermal energy added to the water causes the water molecules to gain enough kinetic energy to break free from their liquid state and change into vapor.
Thermal Energy
To raise the temperature of water in a thimble of water from 0 to 100 requires a small amount of thermal energy. To do the same with a swimming pool would require putting a huge amount of thermal energy into the water comparatively speaking.
The process of boiling water relies on the thermal energy transferred from the stove to the water, causing the molecules to move rapidly and increase in temperature.
The swimming pool would have more thermal energy than the puddle at the same temperature of 24°C due to its larger volume of water. This is because thermal energy is directly related to the amount of matter (in this case water) present, so a larger body of water like a swimming pool will contain more thermal energy compared to a small puddle.
Boiling water on a stovetop - the heat from the burner transfers thermal energy to the water, causing it to heat up and eventually reach a boiling point. Solar panels converting sunlight into electricity - sunlight carries thermal energy, which is captured by the solar panels and converted into electrical energy for use.