A solution of 7.45 g KCl in 1000 mL shows osmotic pressure of 4.68 atm at 300K. Calculate the percentage dissociation of KCl :

A 0.15 M aqueous solution of KCl exerts an osmotic pressure of 6.8 atm at 310 K. Calculate the degree of dissociation of KCl. (R = 0.0821 Lit. atm K^(-1)"mol"^(-1) ).

Decinormal solution of NaCl developed an osmotic pressure of 4.6 atm at 300K. Calculate the degree of dissociations.

A decinormal solution of NaCl exerts an osmotic pressure of 4.6 atm. at 300 K. Calculate its degree of dissociation. (R=0.082Latm.K^(-1)mol^(-1))

A cane sugar solution has an osmotic pressure of 2.46 atm at 300K . What is the strength of the solution

A cane sugar solution has an osmotic pressure of 2.46 atm at 300K . What is the strength of the solution

A cane sugar solution has an osmotic pressure of 2.46 atm at 300K . What is the strength of the solution

2-56 g of sulphur present in 100 mL of solution in colloidal form shows an osmotic pressure of 2.463 atm at 300 K. How many atoms of sulphur get associated to from the colloidal sol ?

If the observed and normal osmotic pressures of a KCl solution are 5.85 and 3.20 atm, the degree of dissociation of KCl is :