1. The problem is to generate a shear force and bending moment diagram for a beam under given loads. 2. To do this, we first need the beam's loading conditions, support types, and dimensions. 3. The shear force $V(x)$ at a section $x$ is calculated by summing vertical forces to the left of the section. 4. The bending moment $M(x)$ at a section $x$ is calculated by summing moments about that section. 5. Important rules: - Shear force changes abruptly at point loads. - Bending moment changes slope where shear force is nonzero. - At supports, moments and shear forces depend on support type (fixed, pinned, roller). 6. Without specific loading and support data, we cannot provide exact formulas or diagrams. 7. Please provide the beam length, load types (point, distributed), magnitudes, and support conditions to generate the diagrams.