Question

The complete mechanism for a reaction is considered to occur in two steps, one of which is slow and the other fast.


A + B → C + D slow


A + C → E + F fast


The stoichiometric equation for the reaction is:
2A + B = D + E + F
A + B + C = D + E + F
A + B = C + D
A + B = D + E + F
A + C = E + F

Answer 1

The complete mechanism for a reaction is considered to occur in two steps, one of which is slow and the other fast.

$$A + B \rightarrow C + D \text{ slow}$$ $$A + C \rightarrow E + F \text{ fast}$$

The stoichiometric equation for the reaction is:

$$2A + B = D + E + F$$ $$A + B + C = D + E + F$$ $$A + B = C + D$$ $$A + B = D + E + F$$ $$A + C = E + F$$

Solution:

The stoichiometric equation for the reaction is $A + B + C = D + E + F$

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