
(a)
Interpretation: From the given concentration of
Concept Introduction:
Autoionization of water is the reaction in which the water undergoes ionization to give a proton and a hydroxide ion. Water is a very weak electrolyte and hence it does not completely dissociate into the ions. The ionization happens to a very less extent only. The ionization of water is an equilibrium reaction and hence this has equilibrium rate constant.
To calculate the concentration of
(a)

Answer to Problem 16.21QP
Answer
The concentration of
Explanation of Solution
Given
Concentration of
Formula
Where,
Substitute the given concentration of
Thus the concentration of
(b)
Interpretation: From the given concentration of
Concept Introduction:
Autoionization of water is the reaction in which the water undergoes ionization to give a proton and a hydroxide ion. Water is a very weak electrolyte and hence it does not completely dissociate into the ions. The ionization happens to a very less extent only. The ionization of water is an equilibrium reaction and hence this has equilibrium rate constant.
To calculate the concentration of
(b)

Answer to Problem 16.21QP
Answer
The concentration of
Explanation of Solution
Given
Concentration of
Formula
Where,
Substitute the given concentration of
Thus the concentration of
c)
Interpretation: From the given concentration of
Concept Introduction:
Autoionization of water is the reaction in which the water undergoes ionization to give a proton and a hydroxide ion. Water is a very weak electrolyte and hence it does not completely dissociate into the ions. The ionization happens to a very less extent only. The ionization of water is an equilibrium reaction and hence this has equilibrium rate constant.
To calculate the concentration of
c)

Answer to Problem 16.21QP
Answer
The concentration of
Explanation of Solution
Given
Concentration of
Formula
Where,
Substitute the given concentration of
Thus the concentration of
(d)
Interpretation: From the given concentration of
Concept Introduction:
Autoionization of water is the reaction in which the water undergoes ionization to give a proton and a hydroxide ion. Water is a very weak electrolyte and hence it does not completely dissociate into the ions. The ionization happens to a very less extent only. The ionization of water is an equilibrium reaction and hence this has equilibrium rate constant.
To calculate the concentration of
(d)

Answer to Problem 16.21QP
Answer
The concentration of
Explanation of Solution
Given
Concentration of
Formula
Where,
Substitute the given concentration of
Thus the concentration of
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Chapter 16 Solutions
Chemistry: Atoms First V1
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