0.38 gm of a silver salt of a dibasic acid on igition gave 0.27 gm of silver. Calculate the molecular mass of the acid.

0.76 g of a silver salt of a dibasic acid on ignition gave 0.54 g of silver. Calculate the molecular mass of the acid.

0.759 g of a silver salt of a dibasic organic acid on ignition gave 0.463 g of silver. The molecular mass of the acid is

0.38 gm of a silver salt of a dibasic acid on ignition gave 0.27 gm of silver. Molecular mass of acid is x xx 10 gm then x value is

0.500 g of the silver salt of an organic dibasic acid on ignition gives 0.325 g of pure silver. Find the molecular mass of the acid.

0.76 gm of the silver salt of a diabasic acid was ignited. It gave 0.54 gm of pure siver. Determine the molecular mass of the acid.

0.759 g of silver salt of a dibasic acid was ignited to form 0.463 g of the silver residue. Calculate the molecular mass of the acid.

0.76gm of the silver salt of a diabasic acid was ignited. It gave 0.54gm of pure silver. The molecular mass of acid is ........ x10.

8.0.607 g of the silver salt of a tribasic acid on combustion deposited 0-37 g of pure silver. Calculate the molecular weight of the acid.