One gram of a chloride was found to contain 0.835 g of chlorine. Its vapour density is 85. Calculate its molecular formula :

One gram of a metallic chloride was found to contain 0.835 g of chlorine. Its vapour density is 85.5.If its moleculars formula is M_(x) Cl_(y) ,then what is value of (x+y) ?

One gram of a metallic chloride was found to contain 0.835 g of chlorine. Its vapour density is 85.5.If its moleculars formula is M_(x) Cl_(y) ,then what is value of (x+y) ?

One gram of a metallic chloride was found to contain 0.835 g of chlorine. Its vapour density is 85.5.If its moleculars formula is M_(x) Cl_(y) ,then what is value of (x+y) ?

A hydrocarbon contains 17.2% H. If the vapour density is 29, calculate its molecular formula.

An organic compound on analyis found to contain 92.3 % carbon and 7.7% hydrogen. It vapour density is 39. Find its molecular formula.

1.00 g of a chloride of an element contains 0.835 g of chlorine. If the vapour density of the chloride is 85, find the atomic weight of the element and its valency.

Vapour density of a gas is 8. Its molecular mass will be

Vapour density of a gas is 8. Its molecular mass will be

A gaseous hydrocarbon with a vapour density of 14 contains 85.2% carbon. Calculate its molecular formula.