Solving a Pulley Problem: Expert Help for a 100lbs Block Suspended in Air

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SUMMARY

The discussion centers on a pulley problem involving a 100 lbs block suspended in air, supported by a pulley system. The key question is determining the weight being held by the pulley. Participants emphasize the importance of understanding mechanical advantage in pulley systems to solve this problem effectively. The solution requires applying principles of physics related to force and tension in ropes.

PREREQUISITES
  • Understanding of basic physics concepts, specifically force and tension.
  • Familiarity with mechanical advantage in pulley systems.
  • Knowledge of how to calculate weight distribution in static systems.
  • Ability to visualize and interpret pulley diagrams.
NEXT STEPS
  • Research the concept of mechanical advantage in pulley systems.
  • Learn how to calculate tension in ropes using Newton's laws.
  • Study examples of static equilibrium in physics.
  • Explore different types of pulley systems and their applications.
USEFUL FOR

This discussion is beneficial for physics students, educators, and anyone interested in understanding mechanical systems, particularly those involving pulleys and weight distribution.

help_me
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help with pulley problem!

I got this pulley question in class and i absolutely don't know howo to solve it.
Basically there's a 100lbs block (suspended in air) that is being held up by a pulley on top and the rope is anchored on the other side.

Your help will be greatly appreicated.
thanks!
----------------------------------------
O

---------
l l
l l
l 100lbs l
l_______l

T
-----------------------------------------

That 100 lbs block is attached with a rope to that pulley (the "o") and anchored down to that anchor (the "T"). the block is also suspended in air.


The question is "how much weight is being held by the pulley?"
 
Last edited:
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help_me said:
I got this pulley question in class and i absolutely don't know howo to solve it.
Basically there's a 100lbs block (suspended in air) that is being held up by a pulley on top and the rope is anchored on the other side.

Your help will be greatly appreicated.
thanks!
----------------------------------------
O

---------
l l
l l
l 100lbs l
l_______l

T
-----------------------------------------

That 100 lbs block is attached with a rope to that pulley (the "o") and anchored down to that anchor (the "T"). the block is also suspended in air.

where is the question?

edit: its good you posted the question...
 
Last edited:
Look at how to compute your mechanical advantage of your pulley.

Paden Roder
 

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