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When particles in gas coming off of a pan of boiling water are moving then the particles of the water in the pan?
When the particles in gas coming off a pan of boiling water are moving, it indicates that the water is undergoing a phase change from liquid to gas through evaporation or boiling. The energy from the heat causes the water molecules to gain kinetic energy and escape into the air as vapor. Meanwhile, the particles of the water in the pan are also moving, but their movement is constrained to the liquid state, where they vibrate and move past each other, maintaining their liquid structure. Overall, both the gas and liquid particles possess kinetic energy, but the gas particles are in a more energetic and free-moving state.
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Are water particles in gas coming off of a pan of boiling water are moving slower than the particles of the water in the pan?
No, water particles in the gas coming off a pan of boiling water are moving faster than the particles in the liquid water in the pan. As water boils, the heat energy increases the kinetic energy of the water molecules, allowing some to escape into the gas phase. These gaseous water molecules have higher energy and greater speed compared to the liquid water molecules, which are more closely packed and moving slower.
Do water particles in gas coming off of a pan of boiling water move slower that the particles of the water in the pan?
Yes, water vapor particles in the gas above a boiling pan move faster than the water particles in the liquid. When water boils, the heat energy increases the kinetic energy of the water molecules, allowing some to escape into the air as gas. While the liquid water molecules are still moving, the vapor particles have higher energy and thus move more quickly.
How can you tell that the particles in a cup of water are moving slower or faster?
You can tell if the particles in a cup of water are moving faster or slower by observing the temperature of the water. In general, higher temperatures indicate faster particle movement, while lower temperatures indicate slower particle movement. Additionally, you can observe changes in the physical state of the water, such as boiling or freezing, which can also indicate changes in particle movement.
When cooking and salt is placed in the water and the water stops boiling give a reason for this phenomenon?
Adding salt to water raises the boiling point of the water, so it will take longer to reach the boiling point. The dissolved salt particles disrupt the formation of steam bubbles that normally help the water boil vigorously.
What are the white particles floating in a kettle after boiling the water and are they harmfull?
The white particles are likely mineral deposits, such as calcium carbonate, that have settled out of the water during boiling. These deposits are generally harmless to consume but can affect the taste of the water. Regular descaling of the kettle can help prevent this buildup.
Are water particles in gas coming off of a pan of boiling water are moving slower than the particles of the water in the pan?
No, water particles in the gas coming off a pan of boiling water are moving faster than the particles in the liquid water in the pan. As water boils, the heat energy increases the kinetic energy of the water molecules, allowing some to escape into the gas phase. These gaseous water molecules have higher energy and greater speed compared to the liquid water molecules, which are more closely packed and moving slower.
Do water particles in gas coming off of a pan of boiling water move slower that the particles of the water in the pan?
Yes, water vapor particles in the gas above a boiling pan move faster than the water particles in the liquid. When water boils, the heat energy increases the kinetic energy of the water molecules, allowing some to escape into the air as gas. While the liquid water molecules are still moving, the vapor particles have higher energy and thus move more quickly.
How can you tell that the particles in a cup of water are moving slower or faster?
You can tell if the particles in a cup of water are moving faster or slower by observing the temperature of the water. In general, higher temperatures indicate faster particle movement, while lower temperatures indicate slower particle movement. Additionally, you can observe changes in the physical state of the water, such as boiling or freezing, which can also indicate changes in particle movement.
What could be causing the presence of white particles in water after boiling?
The presence of white particles in water after boiling could be caused by minerals such as calcium or magnesium that have precipitated out of the water during the boiling process.
Can you freeze water at its boiling point?
No, the water's molecules are moving too fast at its boiling point to freeze.
Do the tiny particles in boiling water mover closer together?
Yes, the particles in boiling water move further apart as the water heats up and expands. This leads to a decrease in density and an increase in volume of the water.
What happens to particles of water when they are boiling from a liquid to a gas?
vaporization
What are the moving particles of water?
The moving particles of water are water molecules. These molecules are in constant motion due to thermal energy, resulting in the fluid properties of water.
Why would boiling the water dissolve the salt?
Boiling the water increases its kinetic energy, causing the water molecules to move faster and collide with the salt particles more frequently. This disrupts the bonds holding the salt particles together, allowing them to dissolve into the water.
Does boiling water contain any gasses?
it contain gases cause of the minerals coming from the boiling water
When water is boiling only particles of the surface of a liquid can turn into gas?
Yes
How does the motion of the particles change when water changes from solid to a liquid to a gas?
water changing to a solid: freezing movement of particles: vibration in fixed positions. arrangement: fixed positions (bonds between every particle). moving closer together water as a liquid: movement of particles: move about (slide past each other) arrangement: close together with no regular arrangement water to gas: boiling movement of particles: free/random movement at high speeds. arrangement: particles move further apart with no bonds between particles.
