A solution containing 6.8 g of non-ionic solute in 100g of water was found to freeze at `-0.93^(@)C`. If `K_(f)` for water is 1.86, the mol. Mass of solute is

The solution containing 6.8g of non-ionic solute in 100g of water was found to freeze at - 0.93^@C . If K_f for water is 1.86, the molar Mass of solute is

A solution containing 6.8 g of a non-ionic solute in 100 g water was found to freeze at 272.07 K . The freezing point depression constant mass of the solute is ______.

What is the freezing point of solution containing 3g of a non-volatile solute in 20g of water. Freezing point of pure water is 273K, K_(f) of water = 1.86 Kkg/mol. Molar mass of solute is 300 g/mol. T^(@)-T=K_(f)m

What is the freezing point of solution containing 3g of a non-volatile solute in 20g of water. Freezing point of pure water is 273K, K_(f) of water = 1.86 Kkg/mol. Molar mass of solute is 300 g/mol. T^(@)-T=K_(f)m

What is the freezing point of solution containing 3g of a non-volatile solute in 20g of water. Freezing point of pure water is 273K, K_(f) of water = 1.86 Kkg/mol. Molar mass of solute is 300 g/mol. T^(@)-T=K_(f)m

What is the freezing point of solution containing 3g of a non-volatile solute in 20g of water. Freezing point of pure water is 273K, K_(f) of water = 1.86 Kkg/mol. Molar mass of solute is 300 g/mol. T^(@)-T=K_(f)m