Rockets exemplify Newton's Third Law of Motion through their propulsion mechanism, where the expulsion of exhaust gases generates an equal and opposite reaction that propels the rocket forward. This law applies universally to all physical objects, but rockets are designed specifically to demonstrate it clearly. The force exerted by the rocket on the exhaust gas results in the gas pushing back on the rocket, facilitating its movement. The discussion highlights that while all objects obey this law, rockets make its effects more apparent due to their engineering. Understanding this principle is crucial for comprehending rocket dynamics and motion.