15. Rotational Equilibrium
Beam / Shelf Against a Wall
15. Rotational Equilibrium Beam / Shelf Against a Wall
4PRACTICE PROBLEM
An architect designs a window that opens as shown in the image. The window is 4.50 m long. It is kept in a horizontal position using a 7.00 m rope that hooks 6.0 m above the hinges. The maximum load of the rope is stated as 0.800 kN. Determine the greatest weight of the window that the rope can withstand without breaking.
An architect designs a window that opens as shown in the image. The window is 4.50 m long. It is kept in a horizontal position using a 7.00 m rope that hooks 6.0 m above the hinges. The maximum load of the rope is stated as 0.800 kN. Determine the greatest weight of the window that the rope can withstand without breaking.