A uniform longrod of length L=4Lo (m) and mass M-=6mo kg is fixed to avertical wall by a hinge that it can freely rotate about the hinge . Other end of the rodis connected by a massless string and fixed to a ceilingas shown in Figuere. In addition, there is a box of mass m=12mo (kg) hanging vertically from the end of the rod as shown in Figure 2. As the string makes an angle of 45 from the ceiling, the rod + box syslem is obserwed to be in static equilibrium a) Using newton's first law, identify all forcesacfing to fhe System and find the magnitude of tension in the string connected to the ceiling? b) Find the force vector applied by the hinge to the rod? Calculate its magnitude and direction? (FGacts at the centerof mass point of the rod)

A uniform longrod of length L=4Lo (m) and mass M-=6mo kg is fixed to avertical wall by a hinge that it can freely rotate about the hinge . Other end of the rodis connected by a massless string and fixed to a ceilingas shown in Figuere. In addition, there is a box of mass m=12mo (kg) hanging vertically from the end of the rod as shown in Figure 2. As the string makes an angle of 45 from the ceiling, the rod + box syslem is obserwed to be in static equilibrium a) Using newton's first law, identify all forcesacfing to fhe System and find the magnitude of tension in the string connected to the ceiling? b) Find the force vector applied by the hinge to the rod? Calculate its magnitude and direction? (FGacts at the centerof mass point of the rod)