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WorksheetsPLTW-CEA EOC Review
Total questions: 17
Worksheet time: 50mins
Which best describes a function of an architect?
Determine the soil type in order to size the foundation
Legally represent the buyer in the transaction of property
Size the pipes used to bring water from the water tower to the point of use
Arrange interior space in order to create efficient traffic patterns
What style of architecture is often characterized by a balanced and symmetrical design, entry porch with columns, low pitched roof, fanlight over front door, double hung windows, and dentil molding, such as Thomas Jefferson’s Monticello?
Tudor
Federal
Victorian
Italianate
Using the information provided in the R-Value and Densities chart, which insulation choice has the lowest U factor?
3.5 inches of batt insulation
3.5 inches of rigid board polystyrene
5.5 inches of batt insulation
5.5 inches of rigid board polystyrene
Given the information in the table, what is the minimum R-value that will result in a total heat transmission load of 628.5 Btu/hr?
Which room is most likely drawn incorrectly on the (residential structure) bubble diagram?
Office
Bedroom
Bathroom
Living Room
If the inside and outside air films are neglected, what is the R-value for the wall assembly shown in the diagram?
One GFI duplex outlet has been placed 6" from the edge of the cabinet on the south wall. To meet the code, how many additional GFI outlets are required for the south wall?
3
4
5
2
A homeowner would like to improve the thermal resistance of their existing walls to reduce the heat loss in the winter. Which one of the following will most improve the home's thermal resistance?
Remove the existing fiberglass batt insulation and replace with 3.5 inches of foam filled urethane insulation with an R-Value of 6.2 per inch
Remove the existing wood bevel siding and replace with 1/2" thick stucco with an R-Value of 0.2
Add another layer of 1/2" gypsum wall board to the inside walls with a U-Value of 2.222
Remove the existing wood bevel siding and replace with 3-1/2" thick brick with an R-Value of 0.2, and 2" rigid board extruded polystyrene with an R-Value of 5.0
A client has provided the following requirements for a wall:
o Brings in light
o Provides an aesthetically pleasing entrance
o Gives nearly unobstructed views of countryside
Which wall will best meet the requirements?
Curtain wall
Tilt-up concrete
Cast-in-place concrete
Concrete masonry unit
What four mineral components of a soil sample are measured and compared in order to classify a soil in the Unified Soil Classification System?
Water, granules, sand, gravel
Granules, silt, clay, peat
Sand, silt, peat, clay
Gravel, sand, silt, clay
Which type of beam load is shown and what is the maximum shear force?
The beam is loaded with a uniform load, and the maximum shear force is (100 lbs/ft)(16 ft)/2 = 800 lb.
The beam is loaded with a uniform load, and the maximum shear force is (100 lbs/ft)(16 ft) = 1600 lb.
The beam is loaded with a concentrated load, and the maximum shear force is (1600 lbs/ft)/(8 ft) = 200 lb.
The beam is loaded with a concentrated load, and the maximum shear force is (1/2)(100 lb/ft)(8 ft) = 400 lb.
An engineer is designing a 192-inch-long roof beam for a new building. Based on the maximum shear and bending moment, a preliminary beam size has been selected. To determine if the preliminary beam selection will meet code limits on deflection, the engineer calculated the deflection due to dead and live load together to be 1.1 inches. In addition, she calculated deflection for live load only to be 0.5 inches. The building code deflection limits are shown in the table, where L is the length of the beam.
Does the selected beam meet the deflection limits specified in the building code?
The beam meets the deflection limits for both loading
The beam meets the deflection limits for dead and live load together, but fails to meet the deflection limit for live load only
The beam meets the deflection limits for live load only, but fails to meet the deflection limit for dead and live load together
The beam fails to meet the deflection limits for both loading conditions
A low rise commercial building is to be built on a site where the footing will rest on a clayey gravel. Each column will carry a load of 27,000 lb. A table of soil bearing capacities is shown. Assume that concrete weighs 150 pounds per cubic foot.
Given that each concrete footing is 1’-6” thick, what are the plan dimensions for the most economical spread footing to safely support each column load?
3’-0” x 3’-0”
3’-2” x 3’-2”
3’-8” x 3’-8”
4’-8” x 4’-8”
What is the maximum deflection of the steel beam represented by the beam diagram above if w1 = 1200 lb/ft, the moment of inertia of the beam is I = 475 in.4, and the modulus of elasticity of steel is 29,000,000 psi?
0.31 in.
0.18 in.
3.14 in.
3.76 in.
Review the presentation of the sieve analysis results of a soil sample. After completing the table and reviewing the USCS Soil Classification Chart in the formula sheet, which of the following is most likely the correct USCS classification of the soil?
GM-GC
SM-SC
GW-GM
SP-SC
Which description best describes the parcel indicated by the blue rectangle with the arrow pointing to it?
Township 2 East, Range 1 North, 3rd PM, Section 32: W1/2, N1/2
Township 1 North, Range 2 East, 3rd PM: S1/2, N1/2
Township 1 North, Range 2 East, 3rd PM, Section 32: S1/2, NW1/4
None
A developer proposes to build a multistory office complex on a particular site. Which of the following would be important in determining the legality of constructing the office complex on the site in question?
A review of the applicable land development regulations
A review of the applicable accessibility and ADA standards
A review of the applicable building code regulations
A review of the applicable energy code regulations
