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GATE Architecture and Planning Mock Test - 6 (Architecture) - GATE Architecture and Planning MCQ


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30 Questions MCQ Test GATE Architecture and Planning 2026 Mock Test Series - GATE Architecture and Planning Mock Test - 6 (Architecture)

GATE Architecture and Planning Mock Test - 6 (Architecture) for GATE Architecture and Planning 2025 is part of GATE Architecture and Planning 2026 Mock Test Series preparation. The GATE Architecture and Planning Mock Test - 6 (Architecture) questions and answers have been prepared according to the GATE Architecture and Planning exam syllabus.The GATE Architecture and Planning Mock Test - 6 (Architecture) MCQs are made for GATE Architecture and Planning 2025 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for GATE Architecture and Planning Mock Test - 6 (Architecture) below.
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GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 1

If in a particular language, DESIM is represented as CDRHL, how is the word TIGER encoded?

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 1

Logic: The previous letter to D is C, The previous letter to E is D and so on…

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 2

Complete the sentence: In an effort to discreetly communicate his message to the team, the coach’s remarks pertained only _____ to a prior match.

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 2

Tangentially mean in a circuitous manner. Here, the coach is not being direct.

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 3

In spite of a series of underwhelming performances, the likelihood of K. L. Rahul being chosen for the team is _______.

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 3

The solution indicates that the likelihood of K. L. Rahul being chosen for the team is bright, despite a series of underwhelming performances.

  • In this context, bright suggests a positive outlook for Rahul's selection.
  • His past performances might not be impressive, but his chances remain high.
GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 4

The distance from Delhi to Agra measures 233 km. A vehicle P departed from Delhi towards Agra, while another vehicle Q commenced its journey from Agra to Delhi on the same road one hour after vehicle P. The two vehicles met each other 75 minutes after vehicle Q began its trip. Both vehicles maintained a consistent speed throughout their journeys. The speed of vehicle P was 10 km/hr greater than that of vehicle Q.

What distance had vehicle Q covered when the two vehicles met?

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 5

The profit distributions of two firms, P and Q, are illustrated in the figure. Assuming both companies have invested a consistent and equal amount each year, what is the ratio of the total revenue generated by company P to that of company Q from 2013 to 2018?

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 6

The echo of sound is more noticeable when the surface is

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 6

An echo is a sound which is caused by a noise being reflected off a surface such as a wall or any hard surface. Echo depends on the surface hardness and rigidity.

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 7

The Vedic city layout that resembles the petals of a lotus spreading outward from a central point is known as

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 7

Padmaka type of plan was practiced for building of the towns with fortress all round. The pattern of the plan resembles the petals of lotus radiating outwards from the center.

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 8

According to NBC 2016, the required minimum width for driveways and the necessary turning radius for the movement of fire tenders are:

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 8

As per NBC 2016 Volume 1, Part 3, minimum 6.0 m driveway width and 9.0 m width at turning shall be available for fire tender movement.

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 9

The polar polyhedron corresponding to a cube is:

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 9

Polar polyhedron is obtained by interchanging the faces of polyhedron by its vertices. Cube and Octahedron form such pair.

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 10

The height measurement of a livable room is taken from:

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 10

The clear height of a habitable room is measured from finished floor to finished slab bottom.

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 11

The component of work that is excluded from the plinth area estimate is

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 11

Self Explanatory

*Multiple options can be correct
GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 12

Which of the following factors is/are linked to the occurrence of gentrification in a community?

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 12

Gentrification is the process whereby the character of a poor urban area is changed by wealthier people moving in. improving housing, and attracting new businesses, often displacing current inhabitants in the process. Gentrification is the transformation of a city neighbourhood from low value to high value.

*Answer can only contain numeric values
GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 13

On the contour map, the distance between points 'A' and 'B' is 600 m. Given that the slope of the line is 1 in 10, what is the contour interval (in m)?


Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 13

Given;

Distance = 600 m

Slope = 1: 10

Rise = distance / slope

= 600 / 10 = 60

Contour interval = rise / number of contours -1

= 60 / (6 - 1) = 12 m

*Answer can only contain numeric values
GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 14

Based on the maximum gradient of ramp allowed according to the standards set in the Handbook on Barrier Free and Accessibility, CPWD, 2014; the height achieved by a ramp with a horizontal length (run) of 6 meters, expressed in cm, will be ________


Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 14

As per the standards of Handbook on Barrier Free and Accessibility, CPWD, 2014; the maximum gradient of a ramp can be 1 in 12. This means a rise of 1 meter will require a run of 12 meter. In this question, run given is 6 meter; so rise will be 0.5 meter or 50 cm.

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 15

Nations can meet their Kyoto obligations by

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 15

Parties with commitments under the Kyoto Protocol (Annex B Parties) have accepted targets for limiting or reducing emissions. These targets are expressed as levels of allowed emissions, or assigned amounts, at over the 2008-2012 commitment period. The allowed emissions are divided into assigned amount units (AAUs).
Emissions trading, as set out in Article 17 of the Kyoto Protocol, allows countries that have emission units to spare - emissions permitted them but not "used" - to sell this excess capacity to countries that are over their targets.
Thus, a new commodity was created in the form of emission reductions or removals. Since carbon dioxide is the principal greenhouse gas, people speak simply of trading in carbon. Carbon is now tracked and traded like any other commodity. This is known as the "carbon market."

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 16

Pair the items in Group I with their corresponding purpose/function listed in Group II.

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 16

Grit chamber is a long narrow or circular tank in the primary sewage treatment plant that is designed to reduce the velocity of the flow of sewage to eliminate the girt materials such as sand, ash and clinkers, eggshells, bone chips and any inert material inorganic in nature. Grit chamber is mainly of three types: (1) Velocity controlled V-shaped long grit channels. (2) Square shaped chambers with entry and exit on opposite sides and mild hopper. (3) Vortex type cone and the centrifugal action plummets the grit to the bottom.
Dissolved air flotation (DAF) is a water treatment process that clarifies wastewaters (or other waters) by the removal of suspended matter such as oil or solids. The removal is achieved by dissolving air in the water or wastewater under pressure and then releasing the air at atmospheric pressure in a flotation tank basin. The released air forms tiny bubbles which adhere to the suspended matter causing the suspended matter to float to the surface of the water where it may then be removed by a skimming device.
A rotating biological contactor or RBC is a biological fixed-film treatment process used in the secondary treatment of wastewater following primary treatment. The primary treatment process involves removal of grit, sand and coarse suspended material through a screening process, followed by settling of suspended solids. The RBC process allows the wastewater to meet a biological film to remove pollutants in the wastewater before discharge of the treated wastewater to the environment, usually a body of water (river, lake or ocean). A rotating biological contactor is a type of secondary (biological) treatment process. It consists of a series of closely spaced, parallel discs mounted on a rotating shaft which is supported just above the surface of the wastewater. Microorganisms grow on the surface of the discs where biological degradation of the wastewater pollutants takes place.
The internal circulation reactor (IC reactor) is a form of anaerobic digester. It is primarily designed to treat wastewater. The IC reactor is an evolution of the UASB and EGSB digestion systems. The digester typically produces biogas with a high concentration methane (c80%). In essence the IC to improve digestion rates and gas yields. The footprint for the IC reactor is therefore typically smaller. However, it is taller due to the increased complexity of the reactor.

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 17

Pair the elements in Group-I with their relevant counterparts in Group-II.

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 17

A floating floor is a floor that does not need to be nailed or glued to the subfloor. The term floating floor refers to the installation method but is often used synonymously with laminate flooring. Acoustic floating floors control the transmission of sounds and vibration from floor impacts to the surrounding building structure.

Float valves can be used to prevent overfilling or overflow of tanks when the liquid needs to be diverted rather than dumped in a drain.

A Metal Float is a tool with a smooth metallic plain that is applied on flattened layers of mortar and concrete during surface finishing.

Free Float refers to the amount of tune that a task can be delayed without affecting the start date of its subsequent tasks. It is calculated as the difference between the earliest possible start date of the next task and the latest possible finish date of the current task.

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 18

According to the URDPFI Guidelines 2015, align the types of educational facilities in Group-I with their respective minimum population requirements to be served per facility in Group-II.

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 18

Below table gives the population served and student strength details of various education facilities as per URDPFI Guidelines:

*Multiple options can be correct
GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 19

Which of the following locations were included in the RAMSAR list in 2022?

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 19

B and D are not Ramsar sites announced in 2022.
The Chilika lake was designated as a Ramsar site in 1981.
Ashtamudi Wetland was designated as a Ramsar site in 2002

*Multiple options can be correct
GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 20

Consider a circular cross-section with an internal diameter of ‘D’ (in m) positioned at a slope of ‘S’ – the following Hazen-Williams Formula (applicable when the specified cross-section involves piped flow) should be applied:

V = X1 × C × DX2 × SX3 and Q = X4 × C × DX5 × SX6 

In this context, V represents the flow velocity (in m/s); C denotes the Hazen Williams coefficient (unitless); and Q indicates the discharge rate (in cum/s). Identify the accurate statements from the options provided below.

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 20

Hazen Williams equation for any cross-section (with slope ‘S’, velocity ‘V’, Rate of flow ‘Q’, Hazen Williams coefficient ‘C’, Hydraulic radius ‘R’) in SI units, is given by:

V = 0.849 × C × R0.63 × S0.54

For circular cross section with internal diameter ‘D’ – hydraulic radius, R (i.e., wet area/wet perimeter) will be:


Substituting R = D/4 in the above equation, we get:

⇒ 

⇒ 

⇒ V = 0.3545 × C × D0.63 × S0.54

Rate of flow, Q = Area × Velocity, where area of circular cross section is πD2/4

⇒ 

⇒ 

⇒ Q = 0.2784 × C × D2.63 × S0.54

*Answer can only contain numeric values
GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 21

As per the recommendations of ECBC, what is the maximum U-value for glazing in a hot and dry climate? (Provide your answer up to one decimal place)


Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 21

U - Value: is defined as the amount of heat that gets transmitted through a unit area of a material for a unit difference in temperature. The lower the U-Value of the material, the lesser the heat transfer, and better the thermal efficiency. ECBC recommends the following U-values for glazing:

*Answer can only contain numeric values
GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 22

A real estate developer is undertaking the creation of a township through a Public-Private Partnership (PPP) model. The total land area designated for this project is 2.672 hectares, with an allowable Floor Area Ratio (FAR) of 2.25, out of which 20% is allocated for the Middle-Income Group (MIG) category. The total area for each MIG unit, including shared spaces and amenities, measures 72 m2. Assuming that the super built-up area is equivalent to the FAR, what is the maximum number of MIG apartments that can be built (in whole numbers)?


Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 22

1 hectare = 10,000 sqm

Maximum permissible built-up area:

  • Plot area = 2.672 hectares
  • Floor Area Ratio (FAR) = 2.25
  • Maximum built-up area = 2.672 * 2.25 * 10,000 = 60,120 sqm

Built-up area allocated for MIG units:

  • 20% of 60,120 sqm = 0.2 * 60,120 = 12,024 sqm

Maximum number of MIG apartments:

  • Each MIG unit area = 72 sqm
  • Maximum number of apartments = 12,024 / 72 = 167 apartments
*Answer can only contain numeric values
GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 23

A town needs a total volume of 70,000 m3 of compacted solid waste to fill an area of low elevation.
The municipality comprises 10,000 households.

Number of days to fill the low-lying land = ?


Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 23

Total number of LIG households = (0.3*10000) = 3000 units
Total number of MIG households = (0.6*10000) = 6000 units
Total number of HIG households = (0.1*10000) = 1000 units
Total volume of compacted solid waste generated by the city = (3000 * 0.1) + (6000 * 0.15) + (1000 * 0.2) = 300 + 900 + 200 = 1400 m3
Number of days to fill the low-lying land = 70,000/1400 = 50 days

*Answer can only contain numeric values
GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 24

It was observed that on a particular stretch of road, the free speed was recorded at 90 km/h and the jam density measured 60 veh/km. What is the maximum flow, in veh/h, that can be anticipated on this road? Please provide your answer as a whole number.


Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 24

Free speed, Vsf = 90km/h
Jam density, Kj = 60 veh/km
Maximum flow,

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 25

A room measuring 10m × 25m × 4m needs to achieve 3 air changes every hour. Given an air speed of 2 m/s, what is the required duct cross-sectional area (in m²)?

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 25

Volume rate per second = 3 × Volume of room / 3600   in m³/sec
Volume rate per second = (3 × 10 × 25 × 4)/3600 m³/sec
Volume rate per second = 0.83 m³/sec
Area = Volume rate per second/ velocity
Area = 0.83/2
Area = 0.415 m²

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 26

The design of the Mahatma Gandhi Labour Institute, located in Ahmedabad, is attributed to which architect?

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 26

Mahatma Gandhi Labour Institute, Ahmedabad is designed by BV Doshi.

*Multiple options can be correct
GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 27

Which of the following describes a ventilation system that features a large shaft extending significantly above the roof of a building?

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 27
  • Malqaf consists of large shaft rising high above the roof of a building and depends primarily on air movement by pressure differential, and on air movement by convection.
  • A windcatcher, wind tower, or wind scoop is a traditional architectural element used to create cross ventilation and passive cooling in buildings using a shaft usually rising above the building.
GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 28

Pair the types of fixtures and fastenings needed for doors in Group I with their corresponding characteristics listed in Group II.

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 28

GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 29

Pair the construction machinery in Group I with their corresponding functions in Group II.

Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 29
  • A bulldozer or dozer is a large, motorized machine that travels on continuous tracks or large tires and is equipped with a metal blade to the front for pushing material: soil, sand, snow, rubble, or rock during construction or conversion work. 
  • A grader, also commonly referred to as a road grader, motor grader, or simply a blade, is a form of heavy equipment with a long blade used to create a flat surface during grading. 
  • Draglines are a type of large-scale excavator used for reaching extensive depths at surface mining sites, above ground excavation sites, and more. Draglines function using a tall boom arm equipped with wire-based drag and hoist ropes. These ropes work together to move an attached bucket to and from its point of application. Once in place, the dragline operator controls the bucket so it can collect and move debris by dragging it across the surface.
  • A trencher is a piece of construction equipment used to dig trenches, especially for laying pipes or electrical cables, for installing drainage, or in preparation for trench warfare. Trenchers may range in size from walk-behind models to attachments for a skid loader or tractor, to very heavy tracked heavy equipment.
*Answer can only contain numeric values
GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 30

A room measuring 3m x 3m x 3m has walls with an absorption coefficient of 0.2, a ceiling with an absorption coefficient of 0.5, and a floor with an absorption coefficient of 0.1. What is the reverberation time in the room in ____ seconds?


Detailed Solution for GATE Architecture and Planning Mock Test - 6 (Architecture) - Question 30

Volume of the given room = 3 x 3 x 3 = 27 m3
Given α1 = 0.2, α2 = 0.5, α3 = 0.1
For given room, Area of walls, A1 = 4 x 3 x 3 = 36 m2
Area of ceiling, A2 = Area of flooring, A3 = 9 m2
We have, Reverberation time, R T = 0.16 (V/A)
Where A = A1α1+ A2α2+ …. + Amαm
A = (36 x 0.2) + (9 x 0.5) + (9 x 0.1) = 12.6
=> RT = 0.16 x (27/12.6) = 0.16 x 2.14
So, the Reverberation time of room is 0.34Sec

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