`1g` of a carbonate `(M_(2)CO_(3))` on treatment with excess `HCl` produces `0.01186` mole of `CO_(2)`. The molar mass of `M_(2)CO_(3)` in `g mol^(-1)` is

1 gram of a carbonate (M_(2) CO_(3)) on treatment with excess HCl produces 0.01186 mole of CO_(2) . The molar mass of M_(2) CO_(3) in g * mol^(-1) is -

1 gram of carbonate (M_(2)CO_(3)) on treatment with excess HCl produces 0.1186 mole of CO_(2) . The molar mass of M_(2)CO_(3) "in g mol"^(-1)

1 gram of a carbonate (M_(2)CO_(3)) on treatment with excess HCl produces 0.01186 mol of CO_(2) . The molar mass of M_(2)CO_(3) in g*mol^(-1) is-

1 gram of carbonate (M_(2)CO_(3)) on treatment with excess HCl produces 0.01186 mole of CO_(2) . The molar mass of M_(2)CO_(3) in g "mol"^(-1) is ____________.

1 g of a carbonate ( M_2CO_3 ) on treatment with excess HCl produces 0.01186 mole of CO_2 . The molar mass of M_2CO_3 is g "mol"^(-1) :