A driver drives a car through a barn. The driver sees the front of the car exit the back of the barn at the same the back of the car enters the front of the barn and concludes thet the barn has the same length as the car. The car is moving toward the barn at much faster than half the speed of light. What does an observer at rest relative to the barn see? 1 The observer sees front of the car exits the back of the barn after the back of the car enters the front of the barn and concludes that the car is shorter than the barn. 2 The observer sees front of the car exits the back of the barn before the back of the car enters the front of the barn and concludes that the car is longer than the barn. 3 The observer sees front of the car exits the back of the barn at the same time the back of the car enters the front of the barn and concludes that the car is the same length of the than the barn.

A driver drives a car through a barn. The driver sees the front of the car exit the back of the barn at the same the back of the car enters the front of the barn and concludes thet the barn has the same length as the car. The car is moving toward the barn at much faster than half the speed of light. What does an observer at rest relative to the barn see? 1 The observer sees front of the car exits the back of the barn after the back of the car enters the front of the barn and concludes that the car is shorter than the barn. 2 The observer sees front of the car exits the back of the barn before the back of the car enters the front of the barn and concludes that the car is longer than the barn. 3 The observer sees front of the car exits the back of the barn at the same time the back of the car enters the front of the barn and concludes that the car is the same length of the than the barn.