The osmotic pressure of urea solution is `500 mm` at `10^(@)C`. The solution is diluted and the temperature raised to `25^(@)C`, when the osmotic pressure is found to be `105.3 mm`. Find the extend if dilution.

At 10^(@)C , the osmotic pressure of urea solution is 500 mm .The solution is diluted and the temperature is raised to 25^(@)C .when the osmotic pressure is found to be 105.3 mm . Determine the extent of dilution.

At 10^(@)C , the osmotic pressure of urea solution is 500 mm .The solution is diluted and the temperature is raised to 25^(@)C .when the osmotic pressure is found to be 105.3 mm . Determine the extent of dilution.

At 10^(@)C , the osmotic pressure of urea solution is 500 mm .The solution is diluted and the temperature is raised to 25^(@)C .when the osmotic pressure is found to be 105.3 mm . Determine the extent of dilution.

At 10^(@)C , the osmotic pressure of urea solution is 500 mm .The solution is diluted and the temperature is raised to 25^(@)C .when the osmotic pressure is found to be 105.3 mm . Determine the extent of dilution.

At 20^(@)C , the osmotic pressure of urea solution is 400 mm . The solution is diluted and the temperature is raised to 35^(@)C , when the osmotic pressureis found to be 105.3 mm . Determine extent of dilution.

At 10^@C the osmotic pressure of urea solution is 500 mm Hg. The solution is diluted and the temperature is raised to 25^@C , when the osmotic pressure is found to be 105.3 mm Hg. Calculate the extent of dilution.

At 20^(@)C , the osmotic pressure of urea solution is 400 mm. The solution is diluted and the temperature is raised to 35^(@)C , when the osmotic pressure is found to 105.3 mm. Determine the extent of dilution………