You have been assigned to construct the beam ABCD. The beam ABCD is supported on a

a scroll at the bottom of ABCDE at F and a hinge at the bottom of

ABCDE at end E$.$ The beam ABCD will be loaded in the vertical plane

symmetry by a uniformly distributed vertical downwardly distributed

load of $9\mathrm{.}5$ kN$/$m from point C to end D$,$ in a

a concentrated vertical downward load of $6,8$ kN at point B at

the top of ABCDE and a concentrated horizontal to the right load

$7\mathrm{.}8$ kN applied at a point $2$ cm above the centre

centre of gravity of the cross$-$section of beam ABCD at end A$.$ This beam is to be to be constructed with a T$-$type cross$-$sectional shape as shown in detail at the bottom of Figure $1$ where the dimensions are in centimetres. Make all the necessary cross$-$sections in ABCDE to examine the the safety of the structure along the entire length of the steel ABCDE beam and compare with the allowable stresses. Given that : a$)$ the allowable stress of in tension is $120$ MPa, b$)$ its allowable stress in compression is $85$ MPa and c$)$ its allowable shear stress is $55$ MPa. Do not consider principal stresses. Solve the exercise in detail with the necessary figures and corresponding methodology.