A train is moving at a significant speed while two lightning strikes hit the ground simultaneously from the perspective of a stationary observer. From the perspective of someone on the train, how would the timing of the lightning strikes be perceived? Classify this scenario based on the implications of Einstein's Theory of Relativity.

When a train is moving fast, a stationary observer sees two lightning strikes hit the ground at the same instant, but someone on the train does not. Because the train is moving, the observer on the train sees the strike that occurs ahead of the train first and the strike behind the train later; the two strikes are not simultaneous for the train rider. This happens because the speed of light is the same for all observers, so the moving train’s clocks “see” the light from the forward strike earlier than the light from the backward strike. For example, if the train moves east, the rider will notice the lightning that struck east of the train before the lightning that struck west. This situation is a textbook illustration of Einstein’s relativity of simultaneity, showing that simultaneity depends on the observer’s motion.