Help! PLZ!
6. Imagine you are on the way to the train station when the car you are in stops working. The driver of the car instructs you to get out and push the car, while the driver steers it safely to the side of the road.
As you push the car, the car rocks forward and backward but does not move toward the side of the road (the driver forgot to release the car’s brake). As the car rocks backward, you have to take a step backward.

How can Newton’s third law explain why you took a step backward?

(3 points)

Question

Help! PLZ!
6.   Imagine you are on the way to the train station when the car you are in stops working. The driver of the car instructs you to get out and push the car, while the driver steers it safely to the side of the road.
As you push the car, the car rocks forward and backward but does not move toward the side of the road (the driver forgot to release the car’s brake). As the car rocks backward, you have to take a step backward. 

How can Newton’s third law explain why you took a step backward?

 (3 points)

frostbite · Answer

You know the 3. law?

frostbite · Answer

Kinda famous for it's expression.

anonymous · Answer

no.....

frostbite · Answer

The 3. law states.
"To every action there is always an equal and opposite reaction!"

anonymous · Answer

Ok? What does that have to do with my question?

mos1635 · Answer

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