Draw the shear and moment diagrams (draw along the beam) P GAN V (KN) M (KN-m) C -12* 3m 36 kN m 7m 1 kN/m B DB2 3KN 3m 3m

B5

draw shear and moment diagram

show shear and moment diagram

Find the moment along S. 1,6m 50ON' 1.5mm 2 m T 2m R

draw shear and moment diagram

ENGR 234: Statics 10-W: Simplification of Force-Moment Systems F4-19. Replace the loading system shown by a single resultant force acting at A and a single couple moment acting at A. State your answer as a resultant force magnitude and angle from the + x-axis, and as a moment magnitude with a CW/CCW designation. 900 N\30° 300 N 300N•M A 0.75 m 0.75 m 0.75 m 0.75 m Solution Strategy: 1. The planar nature of the problem lends itself to Scalar Analysis. 2. Resolve the 900 N force into its x- and y-components. 3. Using Scalar Analysis, compute the moments due to the forces: Use the Principle of Moments for the 900 force (i.e. use its components). The 300 N force already has an easily identifiable perpendicular distance to A. Keep track of the senses of these moments. 4. Determine the sense of the 300 N m couple, and then add this to the moments found in step 3 to find a single resultant moment at A. 5. Sum the forces in x and y and then combine them into a single resultant force in the…

Provide the normal or axial, shear and moment diagram.

4-90. Determine the distance d between A and B so that the resultant couple moment has a magnitude of MR 20 N m. %3D (35k) N 250 mm (-50i} N TC (-35k} N 30 350 mm (50i} N

draw shear and moment diagram