Hey Chemistry Heroes
Explain this Statement ,Not From
Google.
1).'In vaporization when heat energy supplied increases the potential
energy of the molecules.As the result intermolecular forces of attraction decrease'
2).Also explain why increase in potential energy decrease in intermolecular forces attraction
Thanks
Anonymous:
hey. I have something to say.
what
In vaporisation when heat energy is supplied it doesn't increase the potential energy, it increases the kinetic energy of the particles as they start moving fast very fast
Since, they start moving fast they get enough energy to break the intermolecular foce of attraction and so they get free
But at a time their is no increase in kinetic energy and thus heat is supploed to potential energy given in book statement
Its a simple logic think of yourself, Potential energy means energy contained in a object at a height, there's no height is gained by molecules here
ok
Can you answer if anyone answer delete
PLEASE
sure
Answers
Answered by
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Heya pal,
Here's your answer:-
In vaporization when heat is supplied it doesn't increase potential energy of the particles, it increases the KINETIC ENERGY. As when heat is supplied the particles gain kinetic energy and they start moving very rapidly. Due to this rapid increase in kinetic energy and the movement of particles, the particles gain enough energy to break the intermolecular force attraction and get free. So, the intermolecular force don't actually decrease it just happens that the kinetic energy of parties increases more than the intermolecular force of attraction.
Also, I don't think the potential energy has anything to do here, Cause potential energy is energy attained by the object when it is at some height.
I am not a "Chemistry hero" so there's a teeny tiny possibility that I couldn't be to the point :p
But if I am not wrong. I am the queen bae xD
Cheers fam!
Here's your answer:-
In vaporization when heat is supplied it doesn't increase potential energy of the particles, it increases the KINETIC ENERGY. As when heat is supplied the particles gain kinetic energy and they start moving very rapidly. Due to this rapid increase in kinetic energy and the movement of particles, the particles gain enough energy to break the intermolecular force attraction and get free. So, the intermolecular force don't actually decrease it just happens that the kinetic energy of parties increases more than the intermolecular force of attraction.
Also, I don't think the potential energy has anything to do here, Cause potential energy is energy attained by the object when it is at some height.
I am not a "Chemistry hero" so there's a teeny tiny possibility that I couldn't be to the point :p
But if I am not wrong. I am the queen bae xD
Cheers fam!
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