[D] Match the solutions in Column-I in Column-I with their osmotic properties in Column-II : {:(,"Column-I",,"Column-II"),("(a)",S_(1):0.1M" glucose,"S_(2)0.1M " urea","(p)",S_(1)andS_(2)" are isotonic"),("(b)",S_(1):0.1M " NaCl, "S_(2):0.1M Na_(2)SO_(4),"(q)","No migration of solvent across the membrane"),("(c)",S_(1):0.1" NaCl, "S_(2)=0.1MKCl,"(r)",S_(1)" is hypertonic to "S_(2)),("(d)",S_(1):0.1M CuSO_(4)", "S_(2):0.1M" sucorse","(s)",S_(1)" is hypotonic to "S_(2)):} [Note : Assume that the electrolytes are completely ionised.

[D] Match the solutions in Column-I in Column-I with their osmotic pro

1.	[D] Match the solutions in Column-I in Column-I with their osmotic properties in Column-II : {:(,"Column-I",,"Column-II"),("(a)",S_(1):0.1M" glucose,"S_(2)0.1M " urea","(p)",S_(1)andS_(2)" are isotonic"),("(b)",S_(1):0.1M " NaCl, "S_(2):0.1M Na_(2)SO_(4),"(q)","No migration of solvent across the membrane"),("(c)",S_(1):0.1" NaCl, "S_(2)=0.1MKCl,"(r)",S_(1)" is hypertonic to "S_(2)),("(d)",S_(1):0.1M CuSO_(4)", "S_(2):0.1M" sucorse","(s)",S_(1)" is hypotonic to "S_(2)):} [Note : Assume that the electrolytes are completely ionised.
Answer» ANSWER :(a-p,Q);(b-s);(c-p,q);(d-r)