Question

Give the relation between kp and kc for the for the reaction 2nocl (g) =2no(g)+cl2(g)

Answer 1

Answer:

$\displaystyle \sf \longrightarrow K_p=K_c.\left(R \ T \right)$

Explanation:

We have chemical equation :

$\displaystyle \sf 2 \ NaCl ( g) \rightleftharpoons 2 \ Na (g) +Cl_2(g)$

We are asked to find relation between :

$\displaystyle \sf K_c \ \text{and} \ K_p$

We know :

$\displaystyle \sf K_p=K_c.\left(R \ T \right)^{\Delta \ n_g}$

$\displaystyle \sf \longrightarrow \Delta \ n_g=(2+1)-2$

$\displaystyle \sf \longrightarrow \Delta \ n_g=1$

$\displaystyle \sf K_p=K_c.\left(R \ T \right)^{1}$

$\displaystyle \sf \longrightarrow K_p=K_c.\left(R \ T \right)$

Hence we get required answer.

Read more :

What is the effect of temperature on solubility of gases in  liquids?

A + B ⇄  AB  [  K = 1 x 10⁻²  ]

E + F  ⇄   EF  [ K = 1 x 10⁻³ ]

Out of AB and EF, which one is more stable AB or EF?​

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