Find the following for the attached building Plan

$(20$ points$)$

a$)$ Perimeter of the building

b$)$ Area of the building.

c$)$ The quantity of Topsoil removed in cubic yard. $($Depth of topsoil to be removed is $8$ inches thick. Length and width of the building should be extended $5$ feet on each side.$)$

d$)$ Determine the quantity of concrete in cubic$-$yard for the continuous footings of the building. Concrete footing width $-4^{\text{'}}-6^{\text{'}\text{'}}$ and height $-1^{\text{'}}-3^{\text{'}\text{'}}.$ Consider the waste is $7\%.$

e$)$ A building has a square columns where spread footing is needed. Calculate the total volume of concrete in cubic$-$yard for two column footings. Dimension of each spread footing is $5ft$ wide, $5ft$ length and $1ft$ height. Consider the waste is $5\%.$

f$)$ A slab on grade is needed on the building. Assume the slab is $6^{\text{'}\text{'}}$ thick. Calculate the volume of concrete in cubic$-$yard with $9\%$ waste.

g$)$ Find the labor cost for placing the concrete slab, where the labor productivity cost is $0\mathrm{.}60$ work hour$/$cy and bare labor cost is $$15\mathrm{.}25$ per work hour.

h$)$ A wire mesh reinforcement is required for the building floor slab. How many rolls of wire mesh is required to complete the job if the waste factor is $7\%?$

i$)$ The building has to be built with $8^{\text{'}\text{'}}{8}^{\text{'}\text{'}}{16}^{\text{'}\text{'}}$ concrete block. The height of the building is $15$ feet. Calculate the number of concrete block considering $6\%$ waste.

j$)$ Using $3\mathrm{.}2$ cubic feet of Mortar per $100$ square feet of wall face area, determine the amount of Mortar needed for the concrete block wall calculated in question $($i$).$ Consider $35\%$ waste factor.