What volume of `CO_(2)` at `STP` is obtained by thermal decomposition of `20g KHCO_(3)` to `CO_(2)& H_(2)O` [Atomic mass `K = 39]` .

What volume of CO_2 at STP is obtained by thermal decomposition of 20g KHCO_3 ? [Atomic weight of K=39 g mol ^(−1) ] 2 KHCO_3(s)⟶K_2O(s)+2CO_2 (g)+H_2O(g)

The volume of CO_(2) obtained by the complete decomposition of one mole of NaHCO_(3) at STP is

The volume of CO_(2) obtained by the complete decomposition of one mole of NaHCO_(3) at STP is

The volume of CO_(2) obtained by the complete decomposition of one mole of NaHCO_(3) at STP is

Volume of 4.4 g of CO_2 at STP is :

Volume of CO_(2) obtained at STP by the complete decomposition of 9.85 g Na_(2)CO_(3) is

The volume occupied by O_2 gas at STP which is obtained by the decomposition of 17g of H_2O_2 is

The volume of 20 g oh H_2 at STP is :

Volume of 4.4 g of CO_2 at STP is-

The volume of CO_(2) at STP obtained by heating 1 g of CaCO_(3) will be