The answer for this is true
Answer:
Explanation:
Hello,
In this case, for the given reaction, the equilibrium expression is:
That in terms of the reaction extent is written as (initial concentration of NO2 is 0.24 M for 0.24 mol in 1.00 L):
Moreover, since at the equilibrium 0.14 moles of NO are present (a 0.14-M concentration), we can compute the reaction extent as shown below:
In such a way, knowing , we compute Kc as shown below:
Regards.
<u>Answer:</u>
The correct answer option is: the same as.
<u>Explanation:</u>
At equilibrium, the rate of production of reactants is the same as the rate of production of products.
When at equilibrium, the forward rate of the production of products is exactly the same or say equal to the reverse production of the reactants. As they would not go forward and then stop because the reactions are dynamic.
Therefore, the correct answer option is the same as.
Answer:
D
Explanation:
Gibb's free energy change(∆G) and Standard electrode potential of electrochemical (Ecell) determine the spontaneity of a reaction.
when ∆G > 0, the reaction is not spontaneous
∆G < 0, the reaction is spontaneous
∆G = 0, the reaction is in equilibrium
when Ecell > 0, the redox reaction is spontaneous
Ecell < 0, the redox reaction is not spontaneous
Ecell = 0, the redox reaction is in equilibrium.
3.4 ounces
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