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The equilibrium of a deformable body refers to the state in which all of the forces acting on the body are balanced, resulting in no net change in motion or deformation of the body.
The equilibrium of a deformable body can be determined by analyzing the external forces acting on the body and the internal forces within the body, such as tension or compression, to ensure that they are balanced.
Equilibrium in a deformable body is important because it ensures that the body remains in a stable and balanced state, preventing any excessive deformation or failure.
The equilibrium of a deformable body can be affected by factors such as the material properties of the body, the external forces acting on it, and the geometry of the body.
The concept of equilibrium in a deformable body is applied in various fields such as engineering, architecture, and biomechanics, where it is used to design and analyze structures and predict their behavior under different loads and forces.