Show $me$ the steps $to$ solve "Another cantilever beam, $as$ the one shown below from both sides, $is$ subjected $to$ a force $P=12kN$

acting $on$ a corner and a compressive distributed load $w$ with magnitude $800k\frac{N}{m}on$ the side. The

dimensions $of$ the beam are $1\mathrm{.}5m$ long with $a10x10cm$ square cross section. Find the safety factor

$at$ center point $A.$ The material $is$ steel with a yield strength $of35$ ksi."Another cantilever beam, $as$ the one shown below from both sides, $is$ subjected $to$ a force $P=12kN$

acting $on$ a corner and a compressive distributed load $w$ with magnitude $800k\frac{N}{m}on$ the side. The

dimensions $of$ the beam are $1\mathrm{.}5m$ long with $a1010cm$ square cross section. Find the safety factor

$at$ center point $A.$ The material $is$ steel with a yield strength $of35$ ksi. The Answer is $2\mathrm{.}15.$ I$\text{'}$m just confused on how to arrive there especially identifying the types of stresses.