Question

8, (6%) For a simple beam shown in Figure lending moments in the bean : (0?S4) Pbx Differential Equation is Slopes of deflections of the beam Pbx ? Pbx 1 2L 2 (e s-o Deflectior.the.eamPCr-oY+ca Ely 61. 6 The constants of integration (Ct, Ca, Ca, Ca) can be determined tions and two continuity conditions Write down these four equations 1) Boundary condition at support A: 2) Boundary condition at support 8: 3) Continuity condition for the slope of the beam at xa 4) Continuity Condition for the deflection of the beam at xsa

Answer 1

3 *0 62