Value of \[{{K}_{p}}\]in the reaction \[MgC{{O}_{3(s)}}\]⇌\[Mg{{O}_{(s)}}\] \[+\,C{{O}_{2(g)}}\] is [CBSE PMT 2000; RPMT 2002]

\[{{K}_{P}}=Pc{{o}_{2}}\times \frac{Pc{{o}_{2}}\times {{P}_{MgO}}}{{{P}_{MgC{{O}_{3}}}}}\]

\[K{}_{P}=\frac{Pc{{o}_{2}}\times {{P}_{MgO}}}{{{P}_{MgC{{O}_{3}}}}}\]

\[{{K}_{P}}=\frac{{{P}_{MgC{{O}_{3}}}}}{{{P}_{C{{O}_{2}}}}\times {{P}_{MgO}}}\]

Value of \[{{K}_{p}}\]in the reaction \[MgC{{O}_{3(s)}}\]⇌\[Mg{{O}_{

1.	Value of \[{{K}_{p}}\]in the reaction \[MgC{{O}_{3(s)}}\]⇌\[Mg{{O}_{(s)}}\] \[+\,C{{O}_{2(g)}}\] is [CBSE PMT 2000; RPMT 2002]
A.	\[{{K}_{P}}={{P}_{CO}}_{2}\]
B.	\[{{K}_{P}}=Pc{{o}_{2}}\times \frac{Pc{{o}_{2}}\times {{P}_{MgO}}}{{{P}_{MgC{{O}_{3}}}}}\]
C.	\[K{}_{P}=\frac{Pc{{o}_{2}}\times {{P}_{MgO}}}{{{P}_{MgC{{O}_{3}}}}}\]
D.	\[{{K}_{P}}=\frac{{{P}_{MgC{{O}_{3}}}}}{{{P}_{C{{O}_{2}}}}\times {{P}_{MgO}}}\]
Answer» B. \[{{K}_{P}}=Pc{{o}_{2}}\times \frac{Pc{{o}_{2}}\times {{P}_{MgO}}}{{{P}_{MgC{{O}_{3}}}}}\]

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Value of \[{{K}_{p}}\]in the reaction \[MgC{{O}_{3(s)}}\]⇌\[Mg{{O}_{(s)}}\] \[+\,C{{O}_{2(g)}}\] is [CBSE PMT 2000; RPMT 2002]

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