Question

#Question: 36:-

$\rm \: Derive \: a \: general \: expression \: for \\ \rm \: \: the \: equilibrium \: constant \: K _p \:  and \\ \: \rm\: K _{c} \:  for \: the \: reaction. \:$

$\boxed{ \sf3 H_{2}(g) + N _{2}(g) ⇌ 2NH _{3} (g)}$
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Answer 1

Answer:

In the formation of ammonia, ‘a’ moles of Nitrogen and ‘b’ moles of hydrogen gas are allowed to react in a container of volume of ‘V’. Let ‘x’ moles of nitrogen react with 3x moles of hydrogen to give 2x moles of ammonia.