At 1990   K and 1   atm pressure, there are equal number of Cl 2 molecules and Cl atoms in the reaction mixture. The value of K p for the reaction Cl 2 g = 2 Cl g under the above conditions is x × 10 - 1 . The value of x is__

Question

At 1990 &#160; K and 1 &#160; atm pressure, there are equal number of Cl 2 molecules and Cl atoms in the reaction mixture. The value of K p for the reaction Cl 2 g = 2 Cl g under the above conditions is x &#215; 10 - 1 . The value of x is______(Rounded off to the nearest integer)

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Cl 2 &#8652; 2 Cl Let mol of both of Cl 2 and Cl is x P Cl = x 2 x &#215; 1 = 1 2 &#160; atm P Cl 2 = x 2 x &#215; 1 = 1 2 &#160; atm K p = 1 2 2 1 2 = 1 2 = 0 . 5 &#8658; 5 &#215; 10 - 1

At 1990   K and 1   atm pressure, there are equal number of Cl 2 molecules and Cl atoms in the reaction mixture. The value of K p for the reaction Cl 2 g = 2 Cl g under the above conditions is x × 10 - 1 . The value of x is______(Rounded off to the nearest integer)

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More from Chemical Equilibrium

At 1990 &#160; K and 1 &#160; atm pressure, there are equal number of Cl 2 molecules and Cl atoms in the reaction mixture. The value of K p for the reaction Cl 2 g = 2 Cl g under the above conditions is x &#215; 10 - 1 . The value of x is______(Rounded off to the nearest integer)

Correct answer

Step-by-step solution

More from Chemical Equilibrium

At 1990 K and 1 atm pressure, there are equal number of Cl 2 molecules and Cl atoms in the reaction mixture. The value of K p for the reaction Cl 2 g = 2 Cl g under the above conditions is x × 10 - 1 . The value of x is______(Rounded off to the nearest integer)