b) increasesdecreasesD) becomes zero5)When a mercury drop of radius R,

1.	b) increasesdecreasesD) becomes zero5)When a mercury drop of radius R, breaks into n droplets of equal size, the radius (t) of each droplet is71C) r = Rm1/3n1/3D)6)The surface tension of a liour. Ä°sar1n
Answer» Relation between big drop of Radius R and radius of small n drops of radius r is R^3 = nr^3(volume remains equal) r = R/n^1/3 (B) is correct option

b) increasesdecreasesD) becomes zero5)When a mercury drop of radius R, breaks into n droplets of equal size, the radius (t) of each droplet is71C) r = Rm1/3n1/3D)6)The surface tension of a liour. Ä°sar1n

Answer»

Relation between big drop of Radius R and radius of small n drops of radius r is

R^3 = nr^3(volume remains equal)

r = R/n^1/3

(B) is correct option