For the homogeneous gas phase equilibrium 4 NH 3 g -5 O 2 g - 4 NO g -6 H 2 O g the units of equilibrium constant - K C - areA- mol L -1B- L mol -1C- mol 2 L 2D- L 2 mol -2

The correct option is A mol L^ 1 Units of K_c nbsp;= (mol.L^ 1)^Δ n nbsp;; Δ n = (4+6) (4+5) = 1 ; (mol.L^ 1)^1 ...

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Standard X

Chemistry

Electrolysis and Electrolytes

For the homog...

Question

For the homogeneous gas phase equilibrium $4 N H_{3} (g) + 5 O_{2} (g) \Leftrightarrow 4 N O (g) + 6 H_{2} O (g)$ the units of equilibrium constant $^{'} K_{C}^{'}$ are

mol L $^{- 1}$

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L mol $^{- 1}$

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mol $^{2}$ L $^{2}$

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L $^{2}$ mol $^{- 2}$

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Solution

The correct option is A
mol L $^{- 1}$

Units of $K_{c} = (m o l . L^{- 1})^{Δ n}; Δ n = (4 + 6) - (4 + 5) = 1; (m o l . L^{- 1})^{1}$

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Similar questions

For the homogeneous gas phase equilibrium $4 N H_{3} (g) + 5 O_{2} (g) \Leftrightarrow 4 N O (g) + 6 H_{2} O (g)$ the units of equilibrium constant $^{'} K_{C}^{'}$ are

Q. For the homogeneous gas reaction at

600

4 N H_{3 (g)} + 5 O_{2 (g)} ⇌ 4 N O_{(g)} + 6 H_{2} O_{(g)}

the equilibrium constant

K_{c}

has the unit:

Q. For the homogeneous reaction

4 N H_{3} (g) + 5 O_{2} (g) ⇋ 4 N O (g) + 6 H_{2} O (g)

the equilibrium constant

K_{c}

has the unit of:

Q. The equilibrium constant expression for a gas reaction is,

K_{C} = \frac{[N H_{3}]^{4} [O_{2}]^{5}}{[N O]^{4} [H_{2} O]^{6}}

The balanced chemical equation corresponding to this expression is.

Q. Choose the correct expression of

K_{c}

for reaction,

4 N H_{3} (g) + 5 O_{2} (g) ⇌ 4 N O (g) + 6 H_{2} O (g)

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For the homogeneous gas phase equilibrium 4NH3(g)+5O2(g)⇔4NO(g)+6H2O(g) the units of equilibrium constant ′K′C are

The correct option is A mol L−1 Units of Kc=(mol.L−1)Δn;Δn=(4+6)−(4+5)=1;(mol.L−1)1

For the homogeneous gas phase equilibrium $4 N H_{3} (g) + 5 O_{2} (g) \Leftrightarrow 4 N O (g) + 6 H_{2} O (g)$ the units of equilibrium constant $^{'} K_{C}^{'}$ are

The correct option is A
mol L $^{- 1}$

Units of $K_{c} = (m o l . L^{- 1})^{Δ n}; Δ n = (4 + 6) - (4 + 5) = 1; (m o l . L^{- 1})^{1}$