1.Difference between stress and pressure 2. What is continuous beam 3.how much equilibrium conditions are require to stable a body in space

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Accepted Answer

Stress is internal resistance to deformation, while pressure is force applied on a surface. A continuous beam is a beam supported at multiple points. Three equilibrium conditions are required to stabilize a body in space.

Stress is the internal resistance to deformation in a material, while pressure is the force applied on a surface.
A continuous beam is a structural element that is supported at multiple points along its length, allowing for the transfer of loads across its entire span.
To stabilize a body in space, three equilibrium conditions are required: translational equilibrium (sum of forces in all directions is zero), rotational equilibrium (sum of moments is zero), and stability (center of gravity must be within the base of support).

1.Difference between stress and pressure 2. What is continuous beam 3.how much equilibrium conditions are require to stable a body in space

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