[" 48"x_(3)Y_(2)(i=5)" when reacted with "A_(2)B_(3)(i=5)" in aqueous solution gives brown colour.These are separated "],[" a semipermeable membrane "AB" as shown.Due to osmosis there is: "]

X_(3)Y_(2)(i=5) when reacted with A_(2)B_(3)(i=5 in aqueous solution gives brown colour. These are separated by a semipermeable membrane AB as shown. Due to oxmosis there is :

X_(3)Y_(2)(i=5) when reacted with A_(2)B_(3)(i=5 in aqueous solution gives brown colour. These are separated by a semipermeable membrane AB as shown. Due to oxmosis there is : a.brown colour formation in side X b.brown colour formation in side Y c.formation in both of the sides X and Y d.no brown colour formation

FeCI_(3) on reaction with K_(4)[Fe(CN)_(6)] in aqueous solution gives blue colour. These are separated by a semipermeable membrane AB as shown. Due to osmosis there is:

FeCl_(3) on reaction with K_(4)[Fe(CN)_(6)] in aqueous solution gives blue colour. These are separated by a semipermeable membrane AB as shown. Due to osmosis there is:

FeCI_(3) on reaction with K_(4)[Fe(CN)_(6)] in aqueous solution gives blue colour. These are separated by a semipermeable membrane AB as shown. Due to osmosis there is:

FeCI_(3) on reaction with K_(4)[Fe(CN)_(6)] in aqueous solution gives blue colour. These are separated by a semipermeable membrane AB as shown. Due to osmosis there is:

FeCI_(3) on reaction with K_(4)[Fe(CN)_(6)] in aqueous solution gives blue colour. These are separated by a semipermeable membrane AB as shown. Due to osmosis there is:

FeCl_(3) on reaction with K_(4)[Fe(CN)_(6)] in aqueous solution gives blue colour. These are separated by a semi-permeable membrane AB as shown. Due to osmosis, there is

FeCl_(3) on reaction with K_(4)[Fe(CN)_(6)] in aqueous solution gives blue colour. These are separated by a semi-permeable membrane AB as shown. Due to osmosis, there is

FeCl_(3) on reaction with K_(4)[Fe(CN)_(6)] in aqueous solution gives blue colour. These are separated by a semi-permeable membrane AB as shown. Due to osmosis, there is