. Assume that on average each level and at each bay on that level the wall will require (3) tubs of mortar weighing 180 lbs each for the tuck-pointing. Assume a tub requires an area of 2'-0" x 1'- 0" next to a brick mason (worker), not in the same workspace. Assume a brick mason (worker) plus their hand tools weighs 250 Ibs each and needs a plan area of 3 ft x 3 ft on the scaffold to work in AND they each must have 3 ft of wall face to tuck-point. Helpful hint: Use the scale drawings of the plan elements described above (I have provided a file attached to the end of this assignment) so you can play with the objects in each bay to see what can fit spatially. Remember, other workers must be able to pass behind the brick masons' work in progress on any given level and bay. 2.1. How many brick masons (workers) can work on a 5 ft wide x 8 ft long bay that also has (1) 12- flat of bricks on it? (5 points) Provide answer in a complete sentence. (1 point)2. Bavs with 'A-flat of brick on them: [6 points total] 0 Use all the information previouslv provided. 0 The schedule requires vou to set up scaffolding for the whole length of the wall all in one build so you can maximize vour crew size and minimize your time on site. 0 There is enough brick deteriorated that the whole wall will on average need only [3) IVs-flats of new brick to replace bad bricks. A P-flat of brick [about 25!] brick) weighs 1,100 lbs and takes up a footprint of 3'43\" 3: 353\" in plan. Assume that the brick at can be placed such that the 4 ft dimension is parallel to the wall