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What is higher kinetic energy ice or steam?
Steam has higher kinetic energy than ice because steam molecules have more thermal energy and move more quickly due to the higher temperature.
What has the more heat energy at 100 degrees Celsius water or steam?
steam. It has to go through a phase change, which takes additional energy to get there.
Does steam have more kinetic energy than water?
Yes, steam has more kinetic energy compared to water because the particles in steam move faster due to the higher temperature. This increased kinetic energy is what causes the water to transition from a liquid to a gaseous state.
Which contains more heat energy water at 373K or steam at 373K Why?
Steam at 373K contains more heat energy than water at 373K because it has undergone a phase change from liquid to gas, requiring additional energy (latent heat of vaporization). This extra energy contributes to the higher heat content of steam compared to water at the same temperature.
Why does steam have a greater volume than that of water?
Steam has a greater volume than water because the water molecules in steam have more energy and move more quickly, causing them to spread out more. As steam is in the gaseous phase, the molecules are further apart compared to the liquid phase of water, which results in a greater volume.
What is higher kinetic energy ice or steam?
Steam has higher kinetic energy than ice because steam molecules have more thermal energy and move more quickly due to the higher temperature.
What has the more heat energy at 100 degrees Celsius water or steam?
steam. It has to go through a phase change, which takes additional energy to get there.
Does steam have more energy than water?
No. Assuming you have the same mass of each steam has more energy than hot water, because water needs to gain energy in order to evaporate.
Why do power plant designers try to increase the temperature of the steam fed to engines as much as possible?
The hotter the steam the higher the energy in the steam and the more energy to be transformed to mechanical motion.
Does steam have more kinetic energy than water?
Yes, steam has more kinetic energy compared to water because the particles in steam move faster due to the higher temperature. This increased kinetic energy is what causes the water to transition from a liquid to a gaseous state.
What cause more burns steam or boiling water?
Steam can cause more severe burns than boiling water because steam has a higher heat energy content. When steam comes into contact with the skin, it releases this heat energy, causing more damage than boiling water at the same temperature.
Is steam a fuel?
No. it is an energy repository. Fuels of various kinds are used to heat water into steam. the steam has more energy than the water.
Which has the most energy particles in steam particles in liquid water particles in ice or particles in freezing water?
Steam has the most energy as its particles are in the gaseous state and move faster than particles in liquid water or ice, which are in the solid or liquid state respectively. Freezing water has a similar amount of energy as liquid water since they are at the same temperature.
Is steam more dense than mist?
steam is less dense than mist because the particles in steam have more energy so they are less dense and rise. but mist is denser because it does not rise into the atmosphere and simply lurks around on the floor and has less energy
Does it take more energy to keep?
To keep what?
Which contains more heat energy water at 373K or steam at 373K Why?
Steam at 373K contains more heat energy than water at 373K because it has undergone a phase change from liquid to gas, requiring additional energy (latent heat of vaporization). This extra energy contributes to the higher heat content of steam compared to water at the same temperature.
Which has more kinetic energy the molecules in a gram of ice or a gram of steam?
The molecules in a gram of steam have more kinetic energy than the molecules in a gram of ice. This is because steam has a higher temperature and its molecules are moving faster compared to the slower-moving molecules in ice.
