Refer to this for Problems $39-43.$ This is the plan view of a single story building.

$39.$ Girder $L$ is supporting a column above it $($the column lands on Girder $L).$ The column carries a downward load of $10$ kips $($dead load$).$ The column stops at the roof level. As specifically as possible, what is the structural term, we learned in class, that describes Girder L$?(2)$

$40.$ What is the factored demand from the discontinuous column on Girder L $($apply the relevant load combination$).(3)$

$41.$ Draw the free body diagram of Girder L$.$ The free body diagram must include all the loads, dimensions, supports, and reactions shown. Assume all beam selfweights are equal to $0.(5)$ Hint: Remember Column P and Column $N$ are the supports for Girder $L.$

$42.$ Determine how much load Girder L applies to Column N and Column P$.$ Don't forget units! $(7)$

$43.$ What type of stress is Columns N and Column P most experiencing from thr load from Girder L$.$

$\_\_\_$Compressive stress

$\_\_\_$Tension Stress

$\_\_\_$Flexural Stress

$\_\_\_$Torsional Stress

$\_\_\_$Shear Stress