why does the temperature remains constant dusing the change of matter?
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the temperature won't practically remain constant but theoritically we take it as a constant in terms of latent heat of fusion and melting
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hi friend
here's your answer looking for
in order to give the answer of your question lets first understand what is latent heat.
=>Latent heat:- it is a hidden heat that is used to overcome the intermolecular force of attraction between the particles of matter..or in other words it is a type of the heat that is required to increase the intermolecular space between the particles and decrease the intermolecular force of attraction between the particles.
so, it is of two types:-
1). latent heat of vaporization.
2). latent heat of fusion.
=>1). Latent heat of vaporization:- a latent heat that is required to change the 1 kg of liquid into a gaseous state without changing its boiling point is called as latent heat of vaporization.
=>2). latent heat of fusion:- a latent heat that is required to change the 1 kg of solid into liquid state without changing its melting point is called as latent heat of fusion.
hope you understand about latent heat ,latent heat of vaporization and latent heat of fusion.
so as a question is why does the temperature remain constant during the change of matter's state.
the answer is.
=>during the change of state of matter the heat that is supplied to it get changed to the latent heat or are used in overcoming the intermolecular force of attraction between the particles and increasing the intermolecular space between the particles.
so, that heat get used and hence our temperature of that matter remain constant or didn't change.
hope my answer helped you
for further help contact me
From brainly star Amaytripathi19
here's your answer looking for
in order to give the answer of your question lets first understand what is latent heat.
=>Latent heat:- it is a hidden heat that is used to overcome the intermolecular force of attraction between the particles of matter..or in other words it is a type of the heat that is required to increase the intermolecular space between the particles and decrease the intermolecular force of attraction between the particles.
so, it is of two types:-
1). latent heat of vaporization.
2). latent heat of fusion.
=>1). Latent heat of vaporization:- a latent heat that is required to change the 1 kg of liquid into a gaseous state without changing its boiling point is called as latent heat of vaporization.
=>2). latent heat of fusion:- a latent heat that is required to change the 1 kg of solid into liquid state without changing its melting point is called as latent heat of fusion.
hope you understand about latent heat ,latent heat of vaporization and latent heat of fusion.
so as a question is why does the temperature remain constant during the change of matter's state.
the answer is.
=>during the change of state of matter the heat that is supplied to it get changed to the latent heat or are used in overcoming the intermolecular force of attraction between the particles and increasing the intermolecular space between the particles.
so, that heat get used and hence our temperature of that matter remain constant or didn't change.
hope my answer helped you
for further help contact me
From brainly star Amaytripathi19
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