For the reaction at equilibrium: `A(g)+2B(g)hArrC(g)` Equilibrium constants as function of temperature are K at `300^(@)C 4xx10^(-4)` K at `450^(@)C 4
For the reaction at equilibrium:
`A(g)+2B(g)hArrC(g)`
Equilibrium constants as function of temperature are
K at `300^(@)C 4xx10^(-4)`
K at `450^(@)C 4.5xx10^(-5)`
K at `600^(@)C 6xx10^(-7)`
A. Reaction is exothermic.
B. On adding D(g) at constant volume reaction will move towards right. D(g) is non reactive gas
C. Yield of reaction will increase on increasing temperature.
D. Both 1 and 3
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Only decreasing temperature, `k_(eq)` increasing so reaction is exotehrmic in forward direction
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