The criminals in a getaway car travel at 3/4 c. a police car traveling at 1/2 c is pursuing the getaway car, and the officer fires a bullet that travels at 1/3 c with respect to the police car. according to classical physics (no relativity), will the officer's bullet hit his target of the getaway car?
using relativity, will the bullet hit the getaway car?

There are weak or strong attractive forces between atoms of liquids with a high viscosity

Two steel balls, each of mass m, are welded to a light rod of length l and negligible mass and are initially at rest on a smooth horizontal surface. a horizontal force of magnitude f is suddenly applied to the rod as shown. determine (a) the instantaneous acceleration a of the mass center g and (b) the corresponding rate at which the angular velocity of the assembly about g is changing with time.

Acar starts from rest at a stop sign and reaches a velocity of 25 m/s w in 4 seconds. determine the acceleration of the car. question 3 options: a) 6,25 m/s2 b)6.25 m/s c)100 m/s2 d)100 m/s