For the reaction, $C u S O_{4} .5 H_{2} O (s) ⇌ C u S O_{4} .3 H_{2} O (s) + 2 H_{2} O (g)$
Which one is the correct representation?

K_{p} = (P_{H_{2} O})^{2}

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K_{c} = [H_{2} O]^{2}

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K_{p} = K_{c} (R T)^{2}

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All of the above

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Solution

The correct option is D All of the above
$H_{2} O$ is the only component which is in gaseous state in this reaction. Only gases are considered in $K_{p}$ and $K_{c}$ .
$K_{P} = K_{C} (R T)^{Δ n}$ and $Δ n = 2$

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Similar questions

Select the correct relation of $K_{P}$ and $K_{C}$ for $C u {S O}_{4} .5 H_{2} O (S) ⇌ C u {S O}_{4} .3 H_{2} O (S) + 2 H_{2} O (g)$ .

Q. For the reaction

C u S O_{4} .5 H_{2} O (s) ⇌ C u S O_{4} .3 H_{2} O (s) + 2 H_{2} O (g)

which one is correct representation:

Q. For the reaction

C u {S O}_{4} \cdot 5 H_{2} O_{(s)} ⇌ {C u S O}_{4} \cdot {3 H}_{2} O_{(s)} + {2 H}_{2} O_{(g)}

which one is correct representation :-
(1)

K_{p} = {(P_{(H_{2} O)})}^{2}

(2)

K_{c} = {(H_{2} O)}^{2}

(3)

K_{p} = K_{c} {(R T)}^{2}

(4) All

$K_{p}$ for the reaction $C u S O_{4} .3 H_{2} O_{(s)} + 2 H_{2} O_{(g)} \to C u S O_{4} . 5 H_{2} O_{(s)} i s 1.0 \times 10^{4} a t m^{- 2}$ at certain temperature. What lowest relative humidity of air can be achieved using $C u S O_{4} .3 H_{2} O$ as drying agent at that temperature ? Aqueous tension at the given temperature = 16 torr

Q. Assertion :

K_{p} = K_{c}

for all reactions. BECAUSE Reason:

K_{p}

and

K_{c}

are interrelated by the equation

K_{p} = K_{c} {(R T)}^{Δ n}

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For the reaction, CuSO4.5H2O(s)⇌CuSO4.3H2O(s)+2H2O(g) Which one is the correct representation?

The correct option is D All of the aboveH2O is the only component which is in gaseous state in this reaction. Only gases are considered in Kp and Kc.KP=KC(RT)Δn and Δn=2

For the reaction, $C u S O_{4} .5 H_{2} O (s) ⇌ C u S O_{4} .3 H_{2} O (s) + 2 H_{2} O (g)$
Which one is the correct representation?

The correct option is D All of the above
$H_{2} O$ is the only component which is in gaseous state in this reaction. Only gases are considered in $K_{p}$ and $K_{c}$ .
$K_{P} = K_{C} (R T)^{Δ n}$ and $Δ n = 2$