- #1
Oh I supposed the points of contacts to be links. Thanksbrainpushups said:
The forces between 1st and 2nd would be (0.4)(9.8+2.5) applied by 2nd and the same by 1st. Am I right?shayan haider said:
Is the force on 1st link = (0.5)(9.8+2.5)shayan haider said:
OkSteamKing said:
The forces between adjacent links are the external forces that act on a system of connected links. These forces can include tension, compression, shear, and bending forces.
The forces between adjacent links play a crucial role in determining the stability of a link system. If these forces are balanced, the system will remain stable. However, if the forces are unbalanced, the system may experience deformation or failure.
The magnitude of the forces between adjacent links depends on various factors such as the weight of the links, the angle at which the links are connected, the material properties of the links, and the external forces acting on the system.
The forces between adjacent links can be calculated using principles of statics and mechanics. This involves analyzing the external forces acting on the system and the internal forces within the links, such as tension and compression.
To ensure the stability and safety of a link system, it is important to consider the forces between adjacent links during the design and construction process. This includes using appropriate materials, considering load distribution, and conducting thorough structural analysis to ensure the system can withstand expected forces.
