Can a Rope Held by Macho Man Stay Perfectly Horizontal with a Weight?

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SUMMARY

The discussion centers on the physics of tension in a rope held horizontally by Randy "Macho Man" Savage while suspending a 10 kg mass. It concludes that maintaining the rope perfectly horizontal is impossible due to the inherent tension required to counteract the weight of the mass. The free body diagram illustrates that as the angle of the rope approaches zero, the tension increases significantly, indicating that a horizontal position cannot be achieved without additional forces.

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Homework Statement


In the figure professional wrestler Randy “Macho Man” Savage is suspending a 10 kg mass with a rope between his two hands. Is the strongest member of your team, or even the Macho Man, strong enough to keep a heavy mass stationary and the rope perfectly horizontal? Explain

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The Attempt at a Solution


I don't know how to approach the question.
I'm suspecting that rope cannot be perfectly horizontal for now...
 
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If you had to draw a free body diagram of the 10 kg mass and the tension in the rope required to keep the mass suspended, what would this diagram look like? If you wrote some equilibrium equations for the mass, could you explain your suspicion about the tension required to keep the rope horizontal?
 
What he said. Draw the free body diagram with the string making some angle to the horizontal. Write the equations. Work out what happens if that angle approaches zero.
 

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