An unknown compound is immiscible with water. It is steam distilled at `98.0^(@)C`. At `98.0^(@)C`, p and `p_(H_(2)O)^(@)` are 737 and 707 torr respectively. This distillate was 75% by weight of water. The molecular weight of the unknown will be

When a liquid that is immiscible with water was steam distilled at 952^(@)C at a total pressure of 748 torr, the distillate contained 1.25g of the liquid per gram of water. The vapour pressure of water is 648 torr at 95.2^(@)C . What is the molar mass of liquid?

When a liquid that is immiscible with water was steam distilled at 95.2^(@)C at a total pressure of 748 torr, the distilled contained 1.25 g of the liquid per gram of water . The vapour pressure of water is 648 torr at 95.2^(@)C , what is the molar mass of liquid?

When a liquid that is immiscible with water was steam distilled at 95.2^(@)C at a total pressure of 748 torr, the distilled contained 1.25 g of the liquid per gram of water . The vapour pressure of water is 648 torr at 95.2^(@)C , what is the molar mass of liquid?

In the steam distillation of an organic oil (immiscible with water), the mixture of oil and water boils at 372 K under 1 atm pressure. The vapour pressure of water is 595 mm of Hg at this temperature. The collected condensate contains 50% by weight of the oil. Calculate the molecular weight of the oil.

(A) O and p nitro phenols are separated by steam distillation (R) O-isomer is steam volatile due to intra molecular H-bond

A sample of unknown gas is placed in a 2.5 L bulb at a pressure of 360 Torr and at a temperature of 22.5^(@) C and Is found to weight 1.6616 g. What is the molecular weight of the gas?

A mixture of two immiscible liquids nitrobenzene and water boiling point at 99^(@) C has a partial vapour pressure of water 733 mm and that of nitro benzene 27mm. Calculate the ratio of the weights of water to nitro benzene in the distillate.

A 4 per cent solution of sucrose (C_(12)H_(22)O_(11)) is isotonic with 3 percent solution of an unknown organic substance. Calculate the molecular weight of the unknown substance.