cibil engineering..... To analyze a beam on movable supports, the following steps are typically followed:

Identify the type of support: Determine the nature of the movable supports, such as whether they allow translation or rotation.

Calculate the reactions: Use the principles of statics to calculate the reactions at the movable supports. The reactions will depend on the applied loads and the characteristics of the supports.

Determine the internal forces: Once the reactions are known, the internal forces $($shear force and bending moment$)$ can be calculated at various sections along the length of the beam. These internal forces provide important information about the structural behavior of the beam.

Analyze for deflection: Determine the deflection of the beam under the applied loads. This involves considering the material properties of the beam, such as its modulus of elasticity and moment of inertia, along with the support conditions.

Evaluate the structural integrity: Assess whether the beam and its supports can withstand the applied loads without failure or excessive deflection. This may involve checking against design codes and standards.

Now, here's a fill in the blank type question related to the analysis of a beam on movable supports:

In the analysis of a beam on movable supports, the internal forces that are calculated include $\_\_\_\_\_\_\_\_\_\_$ and $\_\_\_\_\_\_\_\_\_\_.$

A$)$ Tension, compression B$)$ Shear force, bending moment C$)$ Axial force, torsion D$)$ Flexural stress, deflection