A gym owner sets up a hanging bag suspended from a horizontal beam. The beam is secured by a rope to the wall, as shown in the figure. At the place where the beam is secured to the wall, it feels both a normal force horizontally and a normal force vertically, due to the pin that lets the beam pivot. The rope is connected at 0.3 m from the wall, and it breaks if the tension is above 2200 N. If the 1.2 m long beam has a mass of 20 kg (with its weight vector acting at its center), What is the heaviest bag that can be hung from the end of the beam?

 

Transcribed Image Text:

bag beam горе 30° bag beam горе 30°

Answer rating: 100% (QA)

3433 Bag m mg Lx F BD of beam MXION In for equilibriu... View the full answer