Why bismuth has higher second and third ionisation enthalpy?
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Answered by
9
HII DEAR ❤❤❤
●●Enthalpy is a measure of heat content of the system,
whereas entropy is the measure of change in (enthalpy/temperature).
In thermodynamics,
this ratio is called entropy: heat supplied (roughly the change in enthalpy) divided by temperature (directly related to enthalpy).
Sometimes, entropy is also defined as a measure of randomness of a system,
as visible change in randomness of a system tends to decrease with increasing temperature,
which can also be well understood by that 50 rupees analogy.
THAT'S WHY THE 2ND AND 3RD IONLIGATION ENTHALPY IS HIGHER .
HOPE IT HELPS YOU....!!❤❤⭐⭐❤❤⭐⭐❤❤
●●Enthalpy is a measure of heat content of the system,
whereas entropy is the measure of change in (enthalpy/temperature).
In thermodynamics,
this ratio is called entropy: heat supplied (roughly the change in enthalpy) divided by temperature (directly related to enthalpy).
Sometimes, entropy is also defined as a measure of randomness of a system,
as visible change in randomness of a system tends to decrease with increasing temperature,
which can also be well understood by that 50 rupees analogy.
THAT'S WHY THE 2ND AND 3RD IONLIGATION ENTHALPY IS HIGHER .
HOPE IT HELPS YOU....!!❤❤⭐⭐❤❤⭐⭐❤❤
Answered by
0
^_^
Here's ur ans. ,⤵
✨✨✨✨✨✨✨
Ionisation enthalpy is the energy required to remove the electrons from any element.
Bismuth has higher second and third ionisation energy because of very poor shielding or screening , thus when the second or third valence electron is removed , it requires more energy .
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Hope it helps
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