the image here shows another way that the magnets can be configured to have the engine move the train cars…

the image here shows another way that the magnets can be configured to have the engine move the train cars around the track. 2. explain what happens to the train cars when the engine car beings moving to the left. in your response, describe the role played by magnetic force.

the image here shows another way that the magnets can be configured to have the engine move the train cars around the track. 2. explain what happens to the train cars when the engine car beings moving to the left. in your response, describe the role played by magnetic force.

Answer

Brief Explanations:

When the engine car moves to the left, the like - poles (N - N) of adjacent train cars repel each other. This magnetic repulsion force causes the connected train cars to move to the left as well, transferring the motion from the engine car to the other cars.

Answer:

The train cars move to the left due to the magnetic repulsion force between the like - poles (N - N) of adjacent cars, which transfers the motion from the engine car to the other cars.