Answer:
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Answer :
(a) The entropy change will also decreases.
(b) The entropy change will also increases.
(c) The entropy change will also decreases.
(d) The entropy change will also increases.
Explanation :
Entropy : It is defined as the measurement of randomness or disorderedness in a system.
The order of entropy will be,
As we are moving from solid state to liquid state to gaseous state, the entropy will be increases due to the increase in the disorderedness.
As we are moving from gaseous state to liquid state to solid state, the entropy will be decreases due to the decrease in the disorderedness.
(a)
In this reaction, the randomness of reactant molecules are more and as we move towards the formation of product the randomness become less that means the degree of disorderedness decreases. So, the entropy change will also decreases.
(b)
In this reaction, the randomness of reactant molecules are less and as we move towards the formation of product the randomness become more that means the degree of disorderedness increase. So, the entropy change will also increases.
(c)
In this reaction, 3 mole of gaseous react to give 1 mole of gaseous
that means randomness become less that means the degree of disorderedness decreases. So, the entropy change will also decreases.
(d)
In this reaction, the number of moles of gases are same on both side of the reaction but 1 mole of solid react to give 2 moles of solid aluminium that means randomness become more that means the degree of disorderedness increases. So, the entropy change will also increases.
Answer:
Explanation:
Hello,
In this case, for the given reaction at equilibrium:
We can write the law of mass action as:
That in terms of the change due to the reaction extent we can write:
Nevertheless, for the carbon monoxide, we can directly compute as shown below:
Finally, we can compute the equilibrium constant:
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