Surveying and Leveling Quiz Set-1 [2025]”!

Welcome to “Surveying and Leveling Quiz Set-1 [2025]”!

In this blog, we’ve curated 50+ thought-provoking multiple-choice questions covering the fundamental and advanced concepts of surveying and leveling. “Surveying and Leveling Quiz Set-1 [2025]” is designed to help you refresh your basics, challenge your knowledge, and gain practical insights into the techniques and principles of surveying and leveling.

Whether you’re a civil engineering student, a surveying professional, or preparing for competitive exams, this quiz is the perfect way to enhance your expertise in surveying and leveling.

Let’s dive into the “Surveying and Leveling Quiz Set-1 [2025]” and start exploring!

Surveying and Leveling MCQ

Surveying and Leveling

Surveying and Leveling

1 / 74

If in a closed traverse, the sum of the north latitudes is more than the sum of the south latitudes and also the sum of west departures is more than the sum of the east departures, the bearing of the closing line is in the

2 / 74

Intersection method of detailed plotting is most suitable for

3 / 74

The type of surveying which requires least office work is

4 / 74

Benchmark is established by

5 / 74

Contour interval is

6 / 74

Closed contours, with higher value inwards, represent a

7 / 74

Select the correct statement

8 / 74

Which of the following methods of con-touring is most suitable for a hilly terrain?

9 / 74

In the cross-section method of indirect contouring, the spacing of cross sections depends upon

10 / 74

In direct method of contouring, the process of locating or identifying points lying on a contour is called

11 / 74

Generally while chaining, the arrow which accompany with one chain must be

12 / 74

The maximum allowable limit upto that a measurement may vary from the true value is known as

13 / 74

If the smallest division of a vernier is longer than the smallest division of its primary scale, the vernier is known as

14 / 74

Direct method of contouring is

15 / 74

A series of closely spaced contour lines represents a

16 / 74

Select the correct statement

17 / 74

The suitable contour interval for a map with scale 1 : 10000 is

18 / 74

An imaginary line lying throughout the surface of ground and preserving a constant inclination to the horizontal is known as

19 / 74

Contour interval is

20 / 74

The difference of levels between two stations A and B is to be determined. For best results, the instrument station should be

21 / 74

Dumpy level is most suitable when

22 / 74

Which of the following statements is incorrect?

23 / 74

Sensitiveness of a level tube is designated by

24 / 74

The following staff readings were taken with a level, the instrument having been moved after third and sixth reading: 2.200, 1.620, 0.980, 2.250, 2.840, 1.280, 0.600, 1.960, 1.450

If RL of first point is 100.00 m. then RL of last point is

25 / 74

The error due bad ranging is

26 / 74

The scale on which three dimensions can be measured is known as

27 / 74

The permissible limits of error in chaining for measurement on rough or hilly ground is

28 / 74

The R.L, of the point A which is on the floor is 100 m and back sight reading on A is 2.455 m. If the foresight reading on the point B which is on the ceiling is 2.745 m, the R.L. of point B will be

29 / 74

Refraction correction

30 / 74

With the rise of temperature, the sensitivity of a bubble tube

31 / 74

The sensitivity of a bubble tube can be increased by

32 / 74

The difference between a level line and a horizontal line is that

33 / 74

If the staff is not held vertical at a levelling station, the reduced level calculated from the observation would be

34 / 74

The rise and fall method

35 / 74

The angle between two plane mirrors of an optical square should be

36 / 74

Which of the following instrument s used for measurement of angles

37 / 74

The principle of working of an optical square is based on

38 / 74

Height of instrument method of levelling is

39 / 74

Which of the following errors can be neutralised by setting the level midway between the two stations?

40 / 74

In an internal focussing type of telescope, the lens provided is

41 / 74

If the R.L. of a B.M. is 100.00 m, the back- sight is 1.215 m and the foresight is 1.870 m, the R.L. of the forward station is

42 / 74

The rise and fall method of levelling provides a complete check on

43 / 74

The following sights are taken on a "turning point"

44 / 74

A 'level line' is a

45 / 74

If altitude bubble is provided both on index frame as well as on telescope of a theodolite, then the instrument is levelled with reference to

46 / 74

If a tripod settles in the interval that elapses between taking a back sight reading and the following foresight reading, then the elevation of turning point will

47 / 74

Which of the following errors cannot be eliminated by taking both face observations?

48 / 74

Which of the following errors can be eliminated by taking mean of both face observations?

49 / 74

In the double application of principle of reversion, the apparent error is

50 / 74

The error due to eccentricity of inner and outer axes can be eliminated by

51 / 74

Which of the following errors is not eliminated by the method of repetition of horizontal angle measurement?

52 / 74

The box of prismatic compass is made of

53 / 74

If ‘n’ is the number of sides , then the total sum of exterior angles of a closed traverse should be

54 / 74

The needle of magnetic compass is generally supported on

55 / 74

The adjustment of horizontal cross hair is required particularly when the instrument is used for

56 / 74

For which of the following permanent adjustments of theodolite, the spire test is used?

57 / 74

The cross hairs in the surveying telescope are placed

58 / 74

A telescope is said to be inverted if its

59 / 74

If the lower clamp screw is tightened and upper clamp screw is loosened, the theodolite may be rotated

60 / 74

Which of the following is not the function of levelling head?

61 / 74

Size of a theodolite is specified by

62 / 74

The process of turning the telescope about the vertical axis in horizontal plane is known as

63 / 74

Theodolite is an instrument used for

64 / 74

Agate cap is fitted with a

65 / 74

The graduations in prismatic compass

66 / 74

If the magnetic bearing of the sun at a place at noon in southern hemisphere is 167°, the magnetic declination at that place is

67 / 74

A negative declination shows that the magnetic meridian is to the

68 / 74

The horizontal angle between the true meridian and magnetic meridian at a place is called

69 / 74

The prismatic compass and surveyor's compass

70 / 74

Hydrographic survey deals with the mapping of

71 / 74

In surveying when curvature of earth is taken into consideration then that type is called as –

72 / 74

Following is the term used in leveling while reduction of levels

73 / 74

In leveling, for taking levels of ground one of the following instrument is used

74 / 74

The least count of prismatic compass is

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Surveying and Leveling: The Backbone of Precision in Civil Engineering

Surveying and leveling are fundamental practices in civil engineering and construction that ensure the accurate measurement and layout of land, structures, and infrastructure. These techniques are essential for planning, designing, and executing engineering projects, from roads and bridges to buildings and dams. In this blog, we will explore the concepts, methods, and tools used in surveying and leveling, along with their importance in modern engineering.

What is Surveying?

Surveying is the science and art of determining the relative positions of points on, above, or below the Earth’s surface. It involves measuring distances, angles, and elevations to create maps, plans, and layouts for various engineering and construction projects.

Types of Surveying:

  1. Plane Surveying:
    • Assumes the Earth’s surface as flat and is used for small areas.
    • Common in building layouts, road alignments, and property boundaries.
  2. Geodetic Surveying:
    • Considers the Earth’s curvature and is used for large-scale projects.
    • Essential for mapping, satellite navigation, and global positioning systems (GPS).
  3. Topographic Surveying:
    • Focuses on determining the elevation and contours of the land.
    • Used for drainage planning, landscaping, and site development.
  4. Hydrographic Surveying:
    • Involves measuring water bodies like rivers, lakes, and oceans.
    • Important for harbor construction, dam design, and flood control.

What is Leveling?

Leveling is a branch of surveying that determines the height or elevation of points relative to a datum (reference point). It ensures that structures are constructed on level or appropriately sloped surfaces, crucial for stability and functionality.

Types of Leveling:

  1. Direct Leveling:
    • Uses leveling instruments like dumpy levels and auto levels to measure elevation differences.
  2. Differential Leveling:
    • Measures the height difference between two or more points.
    • Commonly used for road gradients and pipeline installations.
  3. Profile Leveling:
    • Establishes elevation along a line, such as for road or railway alignments.
  4. Reciprocal Leveling:
    • Used to eliminate errors when leveling across rivers or valleys.
  5. Trigonometric Leveling:
    • Determines elevations using angles and distances from a single observation point.

Instruments Used in Surveying and Leveling

  1. Theodolite: Measures horizontal and vertical angles with high precision.
  2. Total Station: Combines electronic distance measurement and angle measurement for comprehensive surveying.
  3. Auto Level/Dumpy Level: Used for leveling tasks to measure height differences.
  4. GPS Devices: Provide real-time position and elevation data.
  5. Measuring Tapes and Chains: For short-distance measurements.
  6. Laser Levels: Ensure accurate leveling in modern construction projects.

Applications of Surveying and Leveling

  1. Land Development: Used to divide and allocate land for residential, commercial, or agricultural purposes.
  2. Transportation Projects: Essential for road, railway, and airport construction.
  3. Infrastructure Design: Used in planning water supply systems, drainage, and dams.
  4. Building Construction: Ensures foundations and structures are level and aligned.
  5. Environmental Studies: Used for flood mapping, erosion control, and ecological assessments.

Modern Advancements in Surveying and Leveling

The field of surveying and leveling has seen significant advancements due to technology. These innovations have improved accuracy, efficiency, and data management:

  1. Drone Surveying: Unmanned aerial vehicles (UAVs) provide aerial views and high-resolution mapping.
  2. LiDAR (Light Detection and Ranging): Uses laser technology to create 3D models of the terrain.
  3. GIS (Geographic Information Systems): Integrates spatial data for detailed analysis and decision-making.
  4. Digital Levels and Robotic Total Stations: Offer automated measurements and data storage.
  5. Smartphone Apps and Software: Enable quick data processing and sharing.

Challenges in Surveying and Leveling

Despite technological advancements, professionals face several challenges:

  1. Weather Conditions: Rain, wind, and extreme heat can affect accuracy.
  2. Terrain Variability: Steep slopes, dense forests, and urban congestion pose difficulties.
  3. Equipment Maintenance: Precision instruments require regular calibration and care.
  4. Skill Requirements: Skilled personnel are essential to operate advanced instruments and interpret data.

Importance of Surveying and Leveling in Engineering

Surveying and leveling ensure the success of engineering projects by providing accurate data and layouts. Without them:

  • Structures may collapse due to instability.
  • Roads and bridges may fail to align correctly.
  • Costs may escalate due to design errors and rework.

 

Building Materials and Building Construction

100+ Building Materials and Building Construction

"Explore the essentials of building materials and construction, covering high-quality options like bricks, stones, timber, and concrete. Learn about sustainable practices, quality standards, and innovative materials to build sturdy and enduring structures."

1 / 91

The basic stress in masonry units having height to width ratio of 1.5 may be increased by a factor of

2 / 91

A 200 mm thick wall made of modular bricks is 5 m long between cross walls and 3.8 m clear height between RCC slabs at top and bottom. The slenderness ratio of the wall is

3 / 91

Direct load carrying capacity of a brick masonry wall standing freely as against when it supports RC slab will be

4 / 91

Consider the following statements: Sand in mortar is not needed for

5 / 91

For strengthening a 50 m long and 5 m high straight compound wall built in brick work, which one of the following would be most suitable?

6 / 91

Consider the following statements regarding provision of chases in masonry,

7 / 91

In a cavity wall, both leaves of which are load bearing, the effective thickness is taken as

8 / 91

For earthquake resistant masonry buildings, the vertical distance between openings one above the other in a load bearing wall shall not be less than

9 / 91

Cement mortars richer than 1 : 3 are not used in masonry because

10 / 91

Rich cement mortars are more liable to cracking as compared to lean mortars because rich mortars have

11 / 91

Water retentivity for brick masonry should not be less than

12 / 91

For masonry work with solid bricks, consistency of mortar should be

13 / 91

Minimum thickness of stiffening wall for 1 to 3 storeys shall not be less than

14 / 91

Full restraint is provided by

15 / 91

The timber floor not spanning on the masonry wall but properly anchored to the wall gives

16 / 91

The mode of failure of a very short masonry member having h/t ratio of less than 4 is by

17 / 91

For designing masonry components of a structure, seismic forces provision in the design calculation is not necessary for buildings constructed in

18 / 91

If the eccentricity ratio is more than 1/24, then increase in the permissible stress in the design of wall subjected to eccentric loading as per code is

19 / 91

The bending stress in a wall or column subjected to effective vertical load need not be considered, if the eccentricity ratio is

20 / 91

A free standing brick wall 20 cm thick is subjected to a wind pressure of 75kg/m2. The maximum height of wall from stability consideration is

21 / 91

If the horizontal cross-sectional area of a wall is 1200 cm2, then the basic stress shall be multiplied by a reduction factor equal to

22 / 91

The thickness of each leaf of a cavity wall shall not be less than

23 / 91

If H is the height of wall between centres of supports, then the effective height of wall where concrete floors have a bearing on wall irrespective of the direction of span will be

24 / 91

The effective height of free standing non load bearing wall and column respectively will be -------. where H is the height of wall or column between centres of supports.

25 / 91

Where a structural component or a system is providing lateral support to five or more walls or columns, the lateral load to be resisted may be taken as  .................................................. of the total vertical load on the most heavily loaded wall or column in the
group.

26 / 91

Sum of tread and rise must lie between

27 / 91

The vertical posts placed at the top and bottom ends of a flight supporting the hand rail are known as

28 / 91

The function of king post in a king post roof truss is

29 / 91

Higher pitch of the roof

30 / 91

Mansard roof is a roof which slopes in

31 / 91

The type of roof which slopes in two directions with a break in the slope on each side is known as

32 / 91

Plan of arrangement of bricks in masonry Shown in figure is called as-

bricks

33 / 91

The silica in Portland cement is

34 / 91

Fat lime can be used in

35 / 91

Plaster of paris is obtained from the calcination of

36 / 91

Hydraulic lime is obtained by

37 / 91

Quick lime is

38 / 91

Pitched and sloping roofs are suitable for

39 / 91

The type of roof suitable in plains where rainfall is meagre and temperature is high is

40 / 91

The type of joint commonly used at the junction of a principal rafter and tie beam in timber trusses is

41 / 91

The type of arch generally constructed over a wooden lintel or over a flat arch for the purpose of carrying the load of the wall above is

42 / 91

In the construction of arches, sand box method is used for

43 / 91

The lintels are preferred to arches because

44 / 91

The triangular space formed between the extrados and the horizontal line drawn through the crown of an arch is known as

45 / 91

Depth or height of the arch is the

46 / 91

Fire bricks are used

47 / 91

Swelling of bricks is known as

48 / 91

Percentage of silica in a good brick earth lies between

49 / 91

The minimum hardness number for marble is about

50 / 91

The vertical distance between the springing line and highest point of the inner curve of an arch is known as

51 / 91

The type of flooring suitable for use in churches, theatres, public libraries and other places where noiseless floor covering is desired is

52 / 91

The bearing capacity of a water logged soil can be improved by

53 / 91

The maximum total settlement for raft foundation on clayey soils should be limited to

54 / 91

The minimum depth of foundation in clayey soils is

55 / 91

The type of pile which is driven at an inclination to resist inclined forces is known as

56 / 91

The type of footing which is used to transmit heavy loads through steel columns is

57 / 91

In case of foundations on black cotton soils, the most suitable method to increase the bearing capacity of soils is to

58 / 91

The differential settlement in case of foundations on sandy soils should not exceed

59 / 91

As compared to stretcher course, the thickness of joints in header course should be

60 / 91

Number of vertical joints in a stretcher course is x times the number of joints in the header course, where x is equal to

61 / 91

The proportions of lime and sand in the mortar normally used in brick construction are

62 / 91

The slenderness ratio for masonry walls should not be more than

63 / 91

The type of bond provided in brick masonry for carrying heavy loads is

64 / 91

The depression provided in the face of brick during its manufacturing is known as

65 / 91

The pressure acting on the stones in stone masonry construction should be

66 / 91

Compared to mild steel, cast iron has

67 / 91

The basic purpose of a retarder in concrete is

68 / 91

The number of bricks required per cubic meter of brick masonary is

69 / 91

Red colour is imparced to bricks due to

70 / 91

Most weather resisting metamorphic rock is

71 / 91

Which of the following is a mineral

72 / 91

Proper amount of entrained air in concrete results in

73 / 91

Which of the following cements is suitable for use in massive concrete structures such as large dams?

74 / 91

The slump recommended for mass concrete is about

75 / 91

For testing compressive and tensile strength of cement, the cement mortar is made by mixing cement and standard sand in the proportions of

76 / 91

According to IS specifications, the compressive strength of ordinary Portland cement after three days should not be less than

77 / 91

Le Chatelier's device is used for determining the

78 / 91

which of the  following statements is "correct".

79 / 91

The nominal size of the modular brick is

80 / 91

The percentage of alumina in a good brick earth lies between

81 / 91

Crushing strength of a first class brick should not be less than

82 / 91

The practical limit of moisture content achieved in air drying of timber is

83 / 91

Plywood is made by bonding together thin layers of wood in such a way that the angle between grains of any layer to grains of adjacent layers is

84 / 91

Common sand is a variety of

85 / 91

Sand stone is

86 / 91

The age of a tree can be known by examining

87 / 91

Specific gravity for most of the building stones lies between

88 / 91

Crushing strength of a good building stone should be more than

89 / 91

A good building stone should not absorb water more than

90 / 91

Sandstone is a

91 / 91

Slate is formed by metamorphic action on

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