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At particular temperatureKC= 4xx10^(-2) ...

At particular temperature`K_C= 4xx10^(-2)` for the reaction, calculate `K_C` for each of the follow reaction. (i) `2H_2 S_((g)) hArr 2H_(2(g))+ S_(2(g))" " (ii) 3H_2 S_((g)) hArr 3H_(2(g)) + 3//2 S_(2(g))`

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`K_C = 4xx10^(-2) ` for the reaction,
`i. H_2 S(g) hArr H_2(g) + 1/2 S_2(g)`
`K_C =([H_2] [S_2]^1/2)/([H_2S]) = 4xx10^(-2)`
For the reaction,
`2H_2 S (g) hArr 2H_2 (g) + S_2(g)`
`K_C = ([H_2]^2 [S_2])/([H_2S]^2) = (4xx10^(-2))^2`
`=16xx10^(-4)`
ii. For the reaction,
`3H_2 S(g) hArr 3H_2 (g) + 3/2 S_2 (g)`
`K_C = ([H_2]^3 [S_2]^(3/2))/([H_2S]^3)=(4xx10^(-2))^3`
`= 64xx10^(-6)`
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