At 300K, two solutions of glucose in wat...

At `300K`, two solutions of glucose in water of concentration `0.01M` and `0.001M` are separated by semipermeable membrane. Pressure needs to be applied on which solution, to prevent osmosis? Calculate the megitude of this applied pressure?

Similar Questions

Explore conceptually related problems

A 250 mL water solution containing 48g of sucrose (molecular mass = 2242) at 300K is separated from pure water by means of a semipermeable membrane. What pressure must be applied on solution as to prevent osmosis ?

Will osmosis take place when 0.1 M aqueous urea and glucose solutions are separated by semipermeable membrane ?

A 0.01 M solution of glucose in water freezes at - 0.0186^(@)C . A 0.01 M solution of NaCl in water will freeze at

0.1 M NaCl and 0.05 M BaCl_(2) solutions are separated by a semipermeable membrane in a container. For this system, choose the correct answer

A 0.01M solution of glucose in water freezes at -0.0186^(@)C . A 0.01M solution of KCI in water will freeze at temperature

At 298 K, the ratio of osmotic pressure of two solutions of a substance with concentrations of 0.01 M and 0.001 M, respectively, is

At `300K`, two solutions of glucose in water of concentration `0.01M` and `0.001M` are separated by semipermeable membrane. Pressure needs to be applied on which solution, to prevent osmosis? Calculate the megitude of this applied pressure?

Similar Questions

Recommended Questions