Consider the following system. Three different aqueous solution each having volume 100 ml are taken are kept in contact as shown. After sufficient time (Consider temp constant & 100% dissociation of strong electrolyte )

Consider the following system. Three different aqueous solution each

1.	Consider the following system. Three different aqueous solution each having volume 100 ml are taken are kept in contact as shown. After sufficient time (Consider temp constant & 100% dissociation of strong electrolyte )
Answer» Volume of urea solution will be `100/3` ML. Volume of `AlCl_3` solution will be `400/3` ml. There will be no change in volume of KCl solution Volume of both KCl and `AlCl_2` solutions will increase. Solution :After SUFFICIENT time osmotic pressure of all solution will become same. as T is same i.e. molar concentration should be same, for this ratio of volume should be the same as that of ratio moles. `{:("Urea",:,KCl,:,AlCl_3),(20 m "moles", " " ,30 m "moles", " " ,40 m "moles"):}` Total volume (300 ml) should be divided in 2:3:4 `V_("urea")=2/9xx300=200/3 ml` `V_(KCl)=3/9xx300=100 ml` `V_(AlCl_3)=4/9xx300=400/3`ml