Q$4($Specifications$)$ structure that has top and bottom dimensions of ${40}^{\text{'}}{80}^{\text{'}}.$ You are asked to provide a take$-$gffs$.$ for this job, which includes concrete and reinforcement bar. You are not to responsible for the glass and wood walls that will be installed by a specialty contractor. Use the following information presented in the specs to order the correct about of material and labor to complete this job. Concrete must be ordered in cubic yards and re$-$bar will be ordered in lineal feet per bar type. You can assume your concrete crew can form, lay steel, pour and finish concrete for the same cost, $$\frac{800}{?}$ day. This same crew can make $800f{t}^2$ of concrete forms per day, pour$/$finish $90$ CY per day; and can lay$/$tie $1500$ lineal feet of rebar in one day. Also assume concrete is $$\frac{195}{C}Y$ and the rebar cost is $$\frac{1\mathrm{.}5}{l}f.$

The horizontal concrete slabs $($both floor and roof slabs$)$ are to be $6^{\text{'}\text{'}}$ thick, $3500$ psi and have # $5$ rebar at ${12}^{\text{'}\text{'}}$ OC east$/$west and $16$ OC north$/$south $($both top$/$bottom$).$ Two ten$-$foot$-$tall, vertical concrete walls are to be ${12}^{\text{'}\text{'}}$ thick with # $9$ vertical, rebar at $12$ OC to support the roof. Please note, the east and west concrete walls have a $4-$foot center gap to separate the bedroom from the living area. Assume a $10\%$ concrete waste during pouring$/$finishing$.$ Also note, the rebar overlap is specified to be ${24}^{\text{'}\text{'}}$ per bar. No steel waste is anticipated. Please note that the rebar will arrive in $20-$foot lengths.

Budget$/$Order $-$

$(3)$ Form Area, $f{t}_i^2$ : $q,$

$N$

$(2)$ Concrete Volume, $v{d}^3$ :

$(2)$ Cost of Concrete, $S$ :

$(3)$ #$5$ Re$-$bar, If: $q,$

$(2)$ #$9$ Re$-$bar, If $q,$

$(2)$ Total Rebar Jfi $q,$

$(2)$ Rebar Cost, $: $q,$

$(2)$ Form Labor, days: $q,$

$(2)$ Concrete Labo, day $q,(2)$ Steel labor, days: $q,$

$(2)$ Total Labor, days: $q,$

$(2)$ Total Labor, S: $q,$

$(4)$ Total Budget S: $q,$

Extra Credit $10$ points: Create the first page of the civil plan of this $3D$ building. Include the following: the building location$/$dimensions; landscaping; underground electrical utilities, located ${25}^{\text{'}}$ from the south building line and underground sewer located from the house to the main sewer line located along the street. Include nice boxwood shrubs along the south building line that encircle a $1500$ square foot parking lot $($with curbing and storm drains$)$; and six mature hardwood trees with a detention pond located on the southwest corner. You are free to add any other detail to this civil plan. Use any necessary symbols, material needs and notes to ensure no miscommunication will occur during construction. Please use a separate sheet of paper to illustrate your plan.

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