Examveda

When a steel ball is placed on the surface of mercury, it does not sink because

A. Of the surface tension of mercury

B. Mercury is a semisolid

C. Of the high viscosity of mercury

D. The density of mercury is greater than that of steel

Answer: Option D

Solution (By Examveda Team)

When a steel ball is placed on the surface of mercury, it does not sink because the density of mercury is greater than that of steel.

This Question Belongs to General Knowledge >> Physics

Join The Discussion

Related Questions on Physics

Radiocarbon is produced in the atmosphere as a result of

A. Collision between fast neutrons and nitrogen nuclei present in the atmosphere.

B. Action of ultraviolet light from the sun on atmospheric oxygen.

C. Action of solar radiations particularly cosmic rays on carbon dioxide present in the atmosphere.

D. Lightning discharge in atmosphere.