A stunt car is driven along a flat train car. The stunt car

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To calculate the velocity of a stunt car driven on a flat train car relative to Earth, you would add the speed of the stunt car to the speed of the train if both are moving in the same direction. This approach is similar to walking on a moving sidewalk, where your speed is combined with the sidewalk's speed. If the stunt car is moving toward the train's engine, the direction of the velocities must be considered. Understanding relative motion is crucial in physics, especially in velocity calculations. This concept is essential for solving similar problems in the future.
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A stunt car is driven along a flat train car. The stunt car is moving toward the engine of the train. How would you calculate the velocity of the stunt car relative to earth?

Im in physics 11 and we are almost done our velocity chapter and this question was on our review.
 
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Why not just add the car speed to the train speed if they are in the same direction (like walking on a moving sidewalk)?
 
ooh okay thanks, makes sense
 
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