When heat is constantly supplied by a burner to boiling water then the temperature of water during vaporisation?

Temperature of the water during vaporisation does not change at all because the heat is used in overcoming particle-particle attraction forces, which in turn keeps the temperature constant.

What will be the temperature of boiling water if it is heated continuously?

In addition, gas molecules leaving the liquid remove thermal energy from the liquid. Therefore the temperature of the liquid remains constant during boiling. For example, water will remain at 100ºC (at a pressure of 1 atm or 101.3 kPa) while boiling.

When heat is constantly supplied by a gas burner?

Explanation: During melting, the temperature of the ice does not change at all because the heat is used in overcoming the particle-particle attraction forces, which in turn, keeps the temperature constant.

Why does the temperature remain constant during boiling though heat is constantly supplied?

During the boiling of water the temperature stays constant while heat is supplied continuously. It is because the heat provided by the water particles is consumed, and this heat increases their kinetic energy. … Therefore, the temperature stays constant only though heat is continually supplied to the water.

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Why does the temperature of boiling water not rise even though heat is being supplied continuously?

The temperature of boiling water does not rise even though heat is being supplied continuously because the heat which is supplied is used as latent heat of vaporization to convert boiling water into steam and it does not rises the temperature of boiling water .

When heat is constantly supplied by a gas burner to boiling water?

Explanation: The temperature of the water during vaporization remains constant because the heat is used in overcoming particle-particle attraction forces, which in turn keeps the temperature constant.

When heat is always supplied by a gas burner with small flame to melt ice than the temperature of ice during melting <UNK>?

does not increase at all.

What’s the latent heat of vaporization for water?

Examples of Latent Heat

The latent heat of vaporization for water is 22.6 x 10^5 J/kg. This means that 22.6 x 10^5 J of heat energy must be added to turn one kilogram of water from liquid to gas at 100 degrees Celsius. This graph shows how the temperature of water changes with added heat.

Why does the temperature remain constant?

It is due to the latent heat as the heat supplied to increase the temperature of the substance is used up to transform the state of matter of the substance hence the temperature stays constant. Hence the temperature remains constant as all the heat is used up and no external heat is released or absorbed.

Why does the temperature remain constant during melting and boiling point?

Answer: The temperature of a substance remains constant at its melting and boiling points until all the substance melts or boils because, the heat supplied is continuously used up in changing the state of the substance by overcoming the forces of attraction between the particles.

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Why does the temperature remain constant during the melting of ice even though heat is supplied continuously?

The temperature remains constant during the melting of ice even though heat is supplied continuously because the temperature is supplied for changing the state of matter not for increasing the temperature.