other end is held with a sliding support. Of beam its cross section is given below. To the beam, as shown in the figure between CB and 100 kN from point B An axial load of magnitude (35 P) is acting. a) Draw the bending moment diagram (influence line) and find the absolute maximum bending moment value. b) Where the absolute maximum moment found in (a) occurs, at the point P shown in the cross section Determine the state of the stresses. c) Find the principal stresses and axes for the stress condition you calculated at point P.

There is a joint at the C point in the AB beam, one end of which is fixed and the other end is held with a sliding support. Of beam
its cross section is given below. To the beam, as shown in the figure between CB and 100 kN from point B
An axial load of magnitude (35 P) is acting.
a) Draw the bending moment diagram (influence line) and find the absolute maximum bending moment value.
b) Where the absolute maximum moment found in (a) occurs, at the point P shown in the cross section
Determine the state of the stresses.
c) Find the principal stresses and axes for the stress condition you calculated at point P.