Balance the equation and write the reaction quotient expression, Qc.
general orientation
Concepts and reason
The reaction quotient is used to measure the relative ratio of products to reactants at the time. It is also used to determine the direction in which a reaction is likely to occur.
Fundamentals
For a simple equilibrium reaction,
In terms of molar concentration, it is represented as follows:
For pure solids and liquids, the activity is unity.
Step by step
step 1 of 2
The reaction given is
In the given reaction, 1 atom of uranium and 1 diatom of fluorine produce the product. The product contains 6 fluorine atoms. The chemical reaction is therefore balanced according to the product.
Be careful when balancing the chemical reaction.
To correct:
Bad:
Write down the reaction quotient (Qc) for the given reaction.
step 2 of 2
The reaction quotient (Qc) for the given reaction is:
Balanced equation and reaction quotient expression for the given reaction:
The reaction quotient is the ratio of the gaseous product concentration to the gaseous reactant concentration. Moreover, it is only written for gas-phase reactants and products.
Be careful when writing down the reaction quotient for the given reaction.
To correct:
Bad:
Answer
Balanced equation and reaction quotient expression for the given reaction:
answer only
Balanced equation and reaction quotient expression for the given reaction:
aA (g)+bB(s) = C(g)+dD(1)
U(s)+F,(g)=UF. (8) Balanced reaction: Balance FU(S)+3F2(g)=UF.(g)
U(s)+3F_(g)=UF. (g)
U(s)+2F, (g)=UF. (g)
U(s)+3F, (g)=UF (8) [Products] [Reactants] Q.- (State) [E]🇧🇷
(UF1
Q.= [UF] [E][U]
U(s)+3F, (g)=UF.(g) Q = [UF) EP
U(s)+3F,(8)=UF (8) Q = [UF] HEY
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