Question

a bullet fired from a gun is more dangerous then an air mloecule when hitting person though air molecule and bullet move with same velocity? explain

Answer 1

see i don't know the perfect answer but I try to explain .

the level of danger depends upon the force hitting person
the formula for force is force=mass×acceleraction , now here in this condition the acceleration is same in both the hands but the mass of bullet is much higher than the air molecule so the force of hitting a bullet is much much higher than the air molecule.

Answer 2

$\huge \rm{ \fbox{ \underline \purple{Answer:}}}$

• The momentum of a bullet is very large than the momentum of the air molecule as the mass of bullet is very large than that of air molecule. When bullet and air molecule hit a person, then the momentum transferred to person by a bullet is very large than the momentum transferred by the air molecule. Hence, large force is exerted on the person by the bullet.