Suppose you have taken a dilute solution of oleic acid in such a way that its concentration becomes 0.01 cm3 of oleic acid per cm3 of the solution. Then you make a thin film of this solution (monomolecular thickness) of area 4 cm2 by considering 100 spherical drops of radius(340π)13×10−3 cm. Then the thickness of oleic acid layer will be x×10−14 m where x is

Suppose you have taken a dilute solution of oleic acid in such a way t

1.	Suppose you have taken a dilute solution of oleic acid in such a way that its concentration becomes 0.01 cm3 of oleic acid per cm3 of the solution. Then you make a thin film of this solution (monomolecular thickness) of area 4 cm2 by considering 100 spherical drops of radius(340π)13×10−3 cm. Then the thickness of oleic acid layer will be x×10−14 m where x is
Answer» Suppose you have taken a dilute solution of oleic acid in such a way that its concentration becomes $0.01 {cm}^{3}$ of oleic acid per ${cm}^{3}$ of the solution. Then you make a thin film of this solution (monomolecular thickness) of area $4 {cm}^{2}$ by considering $100$ spherical drops of radius ${(\frac{3}{40 π})}^{\frac{1}{3}} \times 10^{- 3} cm$ . Then the thickness of oleic acid layer will be $x \times 10^{- 14} m$ where $x$ is