In a high-speed collision, which car experiences a smaller force than the other object?

In a high-speed collision, both vehicles involved will experience forces of equal magnitude but in opposite directions, according to Newton's third law of motion. This law states that for every action, there is an equal and opposite reaction.

Therefore, the forces that each car experiences during the collision are equal; regardless of their sizes or masses, the interaction adheres to this fundamental principle of physics. While the smaller car may experience a greater acceleration due to having less mass, the force itself is equal to the force acting on the larger car at the moment of collision.

Given this understanding, it's clear that the choice indicating that none of the other options accurately represent the situation aligns with the principles of mechanics. In summary, in a collision scenario, both cars are subjected to equal and opposite forces, confirming the accurate choice.