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Increasing the temperature of solution of a weak electrolyte will cause
- a)No change in van’t Hoff factor
- b)Decrease in van’t Hoff factor
- c)Depends on nature of solute.
- d)Increase in van’t Hoff factor
Correct answer is option 'D'. Can you explain this answer?
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Increasing the temperature of solution of a weak electrolyte will caus...
There are a few possible outcomes when increasing the temperature of a solution of a weak electrolyte:
1) Increase in ionization: In some cases, increasing the temperature can cause more ions to dissociate from the weak electrolyte, leading to an increase in conductivity.
2) Decrease in ionization: On the other hand, increasing the temperature can also disrupt the equilibrium between the weak electrolyte and its ions, leading to a decrease in ionization and conductivity.
3) Change in equilibrium constant: The temperature can also affect the equilibrium constant of the weak electrolyte, which can in turn affect the degree of ionization and conductivity.
Overall, the effect of increasing the temperature on a solution of a weak electrolyte can vary depending on the specific properties of the electrolyte and the conditions of the experiment.
1) Increase in ionization: In some cases, increasing the temperature can cause more ions to dissociate from the weak electrolyte, leading to an increase in conductivity.
2) Decrease in ionization: On the other hand, increasing the temperature can also disrupt the equilibrium between the weak electrolyte and its ions, leading to a decrease in ionization and conductivity.
3) Change in equilibrium constant: The temperature can also affect the equilibrium constant of the weak electrolyte, which can in turn affect the degree of ionization and conductivity.
Overall, the effect of increasing the temperature on a solution of a weak electrolyte can vary depending on the specific properties of the electrolyte and the conditions of the experiment.
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Increasing the temperature of solution of a weak electrolyte will caus...
If temp. increase so more no. of molecules dissociate so no. of atom increases so vant hoff factor increases
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