Based on the following information for a wall, answer the following questions:

Stucco

$9\mathrm{.}5$ mm OSB$/$waferboard

$38140$ Douglas Fir Studs @ $400$ mm on center $($O$.$C$.)$

R$20$ Fiberglass Batts Insulation

$12$ mm drywall $($gyproc$)$ on each side of the wall

a$.$ Determine the total Dead load, in SI units

$D{L}_{(Wallareaload)}=$ Number Units $(Answerto3$ sig digs$)$

Number Units $($Answer to $3$ sig digs$)$

b$.$ On your hard copy, sketch the elevation view of the wall for a length $"$L$"$ and height :h$".$ Show the $D{L}_{(Wallareaload)thatyouhave}$ calculated in a$.$

c$.$ The wall system is supported by a beam that runs in the same direction $($parallel$)$ directly below the wall. If the wall has a height of $2$ m $,$ what is the uniformly distributed load $(W_{\text{w}\text{a}\text{l}\text{l}})$ on the support beam? $q,$

$$ Units Answer to $3$ sig digs$)$

d$.$ What is the factored uniformly distributed load $(W_F)$ on the support beam? Assume no Live Load.

$W_{\text{F}\text{w}\text{a}\text{l}\text{l}}=$ Number Units $(Answerto3$ sig digs$)$

Number

Units

$($Answer to $3$ sig digs$)$

e$.$ Draw the loading diagram for the support beam with your calculated load $W_{\text{F}\text{w}\text{a}\text{l}\text{l}}$ in d$.$