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For the reaction : 2A to B + C At a ...

For the reaction :
`2A to B + C`
At a given time, the concentration of reaction mixture is `[A] = [B] = [C] = 3 xx 10^(-4) M`. The value of reaction quotient for the reaction is'

Text Solution

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The correct Answer is:
1

`Q_c = ([B][C])/([A]^2) = ((3 xx 10^(-4)) xx (3 xx 10^(-4)))/((3 xx 10^(-4))^2) = 1`
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Knowledge Check

  • The standard Gibbs energy change at 300 K for the reaction 2A hArr B +C is 2494.2J. At a given time, the composition of the reaction mixture is [A]=(1)/(2), [B]=2 and [C]=(1)/(2) . The reaction proceeds in the : [R=8.314 J//K//"mol", e=2.718]

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    C
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  • The DeltaG^@ at 300 K is 2494.2 J for the reaction 2A B + C. At a particular time, the composition of the reaction mixture is [A] = 1/2, [B] = 2 and [C] = 1/2 . The reaction proceeds in the: [R = 8.314 J/K - mol , e=2.718] {Given antilog (-0.44)=0.36}

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    B
    Forward direction because Q gt `K_c`
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    Reverse direction because Q gt `K_c`
    D
    Forward direction because Q lt `K_c`
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