Humpty and Dumpty attempt a tug-of-war with a 16-meter-long rope standing on a smooth frictionless surface. Upon pulling the rope, how far will each one of them slide before they meet each other, if their mass is exactly the same?

Question

Skyler

Physics

13 January, 01:35

Humpty and Dumpty attempt a tug-of-war with a 16-meter-long rope standing on a smooth frictionless surface. Upon pulling the rope, how far will each one of them slide before they meet each other, if their mass is exactly the same?

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Answers (1)

Know the Answer?

Shyla Barron · Answer 1

8meters

Explanation:

if it is a true frictionless surface then. Every action has an equal and opposite reaction if both their mass are the same then they should both travel the same distance 16/2=8