Free ARE Practice Test
The Architect Registration Examination, commonly known as the ARE, is a challenging and comprehensive assessment for prospective architects. The exam has seven divisions: programming, planning, and practice; site planning and design; building design and construction systems; schematic design; structural systems; building systems; and construction documents and services.
The schematic design division in the examination consists of two graphic vignettes: interior layout and building layout. The structural systems division consists of 125 multiple-choice questions and one graphic vignette. It covers the following topics: general structures, seismic forces, wind forces, and general lateral forces. The vignette for this section has to do with structural layout. The building systems division of the ARE consists of 95 multiple-choice questions and one graphic vignette. The topics covered in this division are codes and regulations, environmental issues, plumbing, HVAC, electrical, lighting, and specialties. The vignette is the development of a mechanical and electrical plan. The construction documents and services division of the ARE consists of 100 multiple-choice questions and one graphic vignette. The topics covered in this division include codes and regulations, environmental issues, construction drawings and project manuals, and project and practice management. The vignette in this section relates to a building section. The ARE was developed by the National Council of Architectural Registration Boards.
ARE Study Guide
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1. A foundation is being built in clay soil. If the area of a correctly designed footing has an area of 12 square feet and the applied load is 24,000 pounds, then what is the bearing capacity of this soil?
a. 500 pounds per square foot b. 2000 pounds per square foot c. 288 kips per square foot d. 2 kips per square foot
2. What advantage is gained by adding calcium chloride to concrete as an admixture?
a. It accelerates the hydration rate. b. It allows a lower water-cement ratio in the concrete. c. It decreases the likelihood of corrosion of reinforcing steel in the future. d. It increases the final strength of the concrete after it has cured fully.
3. A slump test is performed on concrete used in a building slab. The concrete slumps one inch during the test. What conclusions can be drawn about the concrete that this sample is from?
a. This concrete is rigid and may not be very workable. b. This concrete slumps within the tolerable range and should have good stiffness and workability. c. This concrete is not rigid enough and may be too soft to be properly workable. d. The slump test is no longer used to gauge the stiffness and workability of concrete.
4. Where should the vapor barrier be placed in the wall construction in a cooling climate such as Phoenix, Arizona?
a. On the exterior side of the thermal envelope b. On the interior side of the thermal envelope c. A vapor barrier is not needed d. On both the interior and exterior side of the thermal envelope
5. Which of the following is a disadvantage of pursuing a design/bid/build method of project delivery?
a. A firm price is not known until the construction documents are mostly completed. b. Competitive bidding typically will result in a lower cost than if a contractor is selected earlier in the design process c. The contractor will not be present to act in the best interest of the owner during design. d. There is a risk that design changes will cause significant issues because construction begins before the documents are finished.
6. Why is an additive alternate to a bid preferable to a deductive alternate to a bid?
a. Because the contractor will usually deduct less than the actual value of the work installed when putting together a deductive alternate. b. Because a bid with additive alternates has a lower base price. c. Because the bid can be put together in less time if additive alternates are used. d. Because it is easier for the subcontractors to price additive alternates.
7. Which of the following materials has the highest shading coefficient (SC)?
a. One-eighth of an inch of clear glass b. Half-inch clear glass c. Quarter-inch heat absorbing glass d. One-inch insulated glass
8. Which of the following is NOT a characteristic of a ramp that is handicapped accessible?
a. It has a minimum five-foot-long landing ramp at the top and the bottom. b. It has a maximum length of 30 feet. c. It has a maximum rise of 24 inches before a landing is required. d. It has a minimum width of 36 inches.
9. Which of the following is NOT a principle that Clarence Perry championed in his "Neighborhood Theory" in 1929?
a. Arterial streets should form the boundaries of each neighborhood, but should not pass through them at all. b. The population of the neighborhood should not be greater than can be accommodated by one elementary school. c. Shopping areas should be located along the arterials around the edges of the neighborhood. d. The streets inside the neighborhood should be laid out in a grid, with many connections to arterials.
10. The footprint of a building is 10,000 square feet, has eight stories, and the site is 100,000 square feet. What is the FAR for the site in this instance?
a. 0.1 b. 0.8 c. 1.25 d. 10
11. What is the definition of an arterial road?
a. A road with on/off ramps and speed limits that are usually 55 miles per hour or higher. b. A road that runs through the residential area of a neighborhood. c. A road that residential streets connect to in order to take traffic to a main thoroughfare. d. A high capacity road that connects to freeways.
12. Which of the following is NOT usually true when describing the cross section of a street?
a. If there is a sidewalk, it is included in the right of way of the street. b. The street is sloped so that the high point is in the middle and it drains to the edges. c. The traffic lanes are typically 9-12 feet in width. d. Roads are typically sloped one inch per foot or higher to ensure proper drainage.
1. B: The soil-bearing capacity is equal to the load divided by the area of the footing, so 24,000 pounds divided by 12 square feet equals 2000 pounds per square foot. The soil-bearing capacity is the pressure that a given soil can hold without settling enough to negatively impact a structure. Clay soil has one of the lowest bearing capacities along with sand and silt, while rock and gravel can support the highest pressures. Answers C and D are in kips per square foot, where a kip is equal to 1000 pounds of force.
2. A: Adding calcium chloride as an admixture accelerates the hydration rate, which produces more heat of hydration. This aids the concrete in curing in cold weather. An example of admixture that would allow a lower water-cement ratio is an air-entraining admixture. Option C is incorrect because a calcium chloride admixture would increase the chances of reinforcing steel corrosion in the future. Option D is incorrect because calcium chloride will accelerate the curing process and get the concrete to its ultimate compressive strength faster, but it will not change that strength.
3. A: A slump test is conducted by filling a cone that is 12 inches tall with an upper diameter of eight inches and a bottom diameter of four feet with fresh concrete. The cone is then turned upside down and removed, and the concrete is allowed to settle in a pyramid-like form. Then the new height of the slump is compared to the height of the cone. Generally, the concrete should slump two to six inches. If it slumps less than that, the concrete may be too rigid to do its job properly. If it slumps more than that, it might be too soft. Once the test is complete, the concrete mixture can be modified if necessary.
4. A: The vapor barrier should be placed on the exterior side of the thermal envelope in this climate because the vapor barrier should always be placed on the warm side of the thermal envelope. The reason for this is that warm air can hold more moisture than cold air. When warm air hits a cold surface, it cannot hold as much moisture, so some of the moisture condenses on that surface. For example, if warm air penetrates a wall and hits a cooler section of drywall on the interior of the building, moisture will condense on the drywall, which can lead to mold formation. In addition, if the insulation in the wall gets wet, it loses much of its insulating value. In a heating climate such as New England, the vapor barrier would be on the interior, because that is usually the warm side. If a vapor barrier is installed on both the interior and exterior sides, moisture that is trapped in the wall (which is inevitable), will have a difficult time escaping and will make moisture problems worse.
5. A: This method has contractors bid on the project after design has been completed. Though cost estimates will be finalized during development, a firm price is not established until a point where it is challenging to change the scope or quality of the project. Choice B is actually an advantage of design/bid/build. Choice C is incorrect because the contractor will rarely be acting in the best interest of the owner. Even in the case of design/build, the contractor and architect are working together and not necessarily doing what is best for the owner. In the case of design/bid/build, the architect is working in the best interests of the owner in design and construction. Option D is incorrect because the design is completed before construction starts.
6. A: Although option B is a true statement, it does not have anything to do with why additive alternates are preferable. Options C and D are incorrect because it does not take any less time to use additive alternates, nor is it any easier to price them. Prices must still be obtained for all components and associated labor. Option A is the correct answer because contractors tend to give less of a credit for work taken out of the project than the actual value of the work performed.
7. A: One-eighth of an inch of clear glass has a shading coefficient (SC) of 1.00. The reason that this value is equal to 1.00 is that SC is a normalized value, and one-eighth of an inch of clear glass is a baseline. The amount of solar heat gained through a particular type of glazing is compared to the amount through an eighth of an inch of clear glass to calculate a ratio. So, if one inch of insulated glass has 60 percent of the solar heat gain of an eighth of an inch of clear glass, its SC will be equal to 0.80. This value should not be confused with the actual SHGC, or solar heat gain coefficient, which is the fraction of solar radiation that is transmitted through a piece of glazing.
8. C: In actuality, the maximum rise allowed is 30 inches. The maximum slope allowed is 1:12, so a ramp that is 30 feet long can have a rise of 30 inches. Other ramp requirements are that a ramp has handrails if it is more than six feet long or if it has a rise of more than six inches. Even at these small rises, it is important to have a handrail so that people recognize that there is a change in surface planes and will not accidentally step over the edge while not prepared for the change.
9. D: Perry proposed that the street system should be laid out in order to discourage through traffic and aid circulation within the neighborhood, which would obviously minimize the presence of the automobile, except those belonging to people that lived in the neighborhood. Other principles that he espoused were: that each neighborhood should have a system of parks and recreation areas, and that the school and other public building should be grouped in the center of the neighborhood in order to facilitate use by all.
10. B: "FAR" stands for floor area ratio. This is the ratio of floor area of the building on the site to the area of the site itself. The building in the example has an area of 80,000 square feet, and the site has an area of 100,000 square feet, so 80,000 divided by 100,000 equals 0.8. Maximum or minimum FARs may be established in certain areas as a way of controlling a building's form. If a building is in a residential neighborhood, it may have a low FAR in order to limit the size and mass of the building. This would be most useful in conjunction with a height limitation as well, as a building with a small footprint could be many stories tall and stay under the maximum FAR. Similarly, a minimum FAR could be required in an urban context in order to ensure that the building mimics its surroundings in scale.
11. D: The hierarchy of streets is: residential road, collector road, arterial road, freeway. A collector road runs along the edge of a residential neighborhood and has many residential (low traffic) streets that connect to it. These collectors "collect" cars from neighborhoods and direct them to arterials, which are high capacity roads that usually have limited access except at major intersections. Arterials, in turn, connect to freeways via on/off ramps located on the highways. This system ensures that the roads are properly sized for the number of cars travelling on them and that cars move up and down the line from smallest to largest and back, which helps traffic flow smoothly.
12. D: Choices A through C are all true when describing a street. However, roads are typically sloped up to a half-inch per foot in order to provide positive drainage. This is enough to ensure that the road does not collect water on its surface, which could present a significant chance for cars to hydroplane. This is not too far off from the quarter-inch per foot that roofs are usually sloped in order to provide positive drainage. One inch per foot of slope is somewhat excessive, as it would mean that the edges of a road would be one foot below its center, if a road is 24 feet wide.
An architect is someone who designs houses, buildings, parks, automobiles, and communities. This profession requires many talents and skills, including a combination of art and science. Most people who study this discipline in college go on to become licensed or use their knowledge in a related profession. Although at one time licensing was not necessary to practice in the profession, it is now a requirement that involves the passing of a series of rigorous exams. Upon passing these tests, the architect receives the RA designation, which means he or she is licensed or registered.
It takes about 17 years of formal education to become an architect. This includes four years of undergraduate and three years of graduate school. Once the educational requirements are completed, an internship, which could take about 10 years under the direction of a licensed architect, is required. This internship, or Internship Development program (IDP), is what allows entrance into the Architectural Registration Examination. This exam has seven parts, and if the applicant fails one part, he or she has to wait six months before taking that part of the test again. Let's take a look at few careers in architecture and their requirements:
An architectural engineer is someone who is responsible for the structural, mechanical, or electrical construction and design of physical objects. This may include a bridge, wall, city, building, or vehicle. Some people specialize in structural disciplines and work with other architects to design complex structures that will sustain weight and force, such as traffic or earthquakes. Under the category of architectural engineer is mechanical and electrical engineering. Mechanical engineers are responsible for designing heating and air-conditioning units, plumbing, and rain gutters. Electrical engineers design lighting systems, telecommunication equipment, and power distribution systems. According to Payscale.com, 64 percent of people in this field are male. The average architect salary is between $58,000 and $78,000 . Many engineering architects earn more than $100,000 per year. The six most popular employers with the highest salaries are Jacobs Engineering Group Inc., with a top salary of $131,000; Aecom Corporation, with top salaries of $116,000; Aecom Technology Group, with top earners making $90,000, HDR, Inc., with top salaries at $161,000; and Smithgroup Inc, with top salary earners making $111,000.
An architectural historian is someone who determines when a structure was built, how it looked, and who used or inhabited the structure many years ago. This analysis is conducted by examining photographs and documents to determine the features, style, and history of the structure. They also look at other buildings and neighborhoods surrounding the structure to decide if the building is important enough for it to be considered a state or national historic site. Many times, they work with other professions to restore the original appearance of the structure, lobby on the behalf of a community to save a building, or give advice to historical societies. Some people in this profession work for government agencies, researchers, or caretakers for historic sites, museums, or historical societies. The educational background of most architectural historians is a bachelor's degree in history, English, or the arts. To have a competitive edge in the market, some people pursue master's degrees or PhDs in architectural history or art history. To work in this field, a person needs good research and computer skills as well as excellent communication and written ability. The architect salary for someone specializing in historical structures is between $40,000 and $95,000 a year, with the largest salaries depending on the type of job, education, and experience of the professional.
One area that many architects pursue is journalism. It is a highly competitive profession due to the high standards and international recognition. Architectural writers usually obtain journalism degrees or certificates. This position requires good research and writing skills in order to write stories on architecture. The architect salary for someone with a bachelor's who specializes in journalism is about $30,000 to $38,000. The more experience and advanced degrees could result in salaries up to $80,000 per year.
Last Updated: 04/18/2018