When `20 g` of `CaCO_(3)` were put into `10 litre` flask and heated to `800^(@)C`, `35%` of `CaCO_(3)` remained unreacted at equilibrium. `K_(p)` for decomposition of `CaCO_(3)` is :

When 20 g of CaCO_3 were put into 10 litre flask and heated to 800^@C, 30% of CaCO_3 remained unreacted at equilibrium K_p for decomposition of CaCO_3 will be

When 20 g of CaCO_3 were put into 10 litre flask and heated to 800^Oc 35% CaCO_3 remained unreacted at equillibrium . Predict k_p for decomposition of CaCO_3 .

When 20g of CaCO_3 is put into a 11.45L flask and heated to 800^@C , 35% of CaCO_3 remains undissociated at equilibrium. Calculate the value of K_p .

When 20g of CaCO_3 is put into a 11.45L flask and heated to 800^@C , 35% of CaCO_3 remains undissociated at equilibrium. Calculate the value of K_p .

10g of CaCO_(3) contains

Write the equilibrium constant for the dissociation of CaCO_(3) .

10 g of CaCO_(3) contains

10 g of CaCO_(3) contains

For the reaction CaCO_(3)(s) hArr CaO(s) + CO_(2)(g) was put in to 10 L container and heated to 800^(@)C , what percentage of the CaCO_(3) would remain unreacted at equilibrium. if 'k_(p)' is 1.16 atm and 'CaCO_(3)(s)' initially is 20g