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100+ Free BSEH Secondary NSQF Construction Practice Questions

Prepare for the Haryana Board of School Education (BSEH) Secondary Class 10 Construction (NSQF) — Code CON 987 exam with instant access — no signup required.

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2026 Statistics

Key Facts: BSEH Secondary NSQF Construction Exam

CON 987

BSEH subject code for Secondary Class 10 Construction (NSQF)

BSEH date sheets / NSQF QP design catalogue

30 + 50 + 20

Theory (scaled) + external practical + internal assessment marks (total 100)

BSEH Construction (NSQF) syllabus 2025–26

33%

Typical BSEH Secondary minimum pass requirement

BSEH Secondary pass regulations

2½ hours

Typical Secondary NSQF theory duration on BSEH date sheets

BSEH Secondary date sheet (NSQF skill subjects)

5 + 5

Vocational construction units plus employability skill units on the syllabus

BSEH Construction (NSQF) unit-wise marks 2025–26

100 free MCQs

English practice questions on this OpenExamPrep page for 2026 prep

OpenExamPrep

BSEH Secondary Construction NSQF (code CON 987) is Haryana’s Class 10 construction skill paper: theory 60 marks scaled to 30, practical 50, IA 20 (total 100), pass about 33%, typically 2½ hours for theory. Units cover stone/brick masonry, scaffolding, formwork, flooring, and employability. This site offers free 2026 English MCQ practice—not a full written-paper or practical simulation.

Sample BSEH Secondary NSQF Construction Practice Questions

Try these sample questions to test your BSEH Secondary NSQF Construction exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In stone masonry, a through stone is set so that its longest dimension is:
A.Perpendicular to the face of the wall and equal in length to the wall thickness
B.Parallel to the face of the wall and shorter than the wall thickness
C.Laid only as a decorative cornice above the plinth
D.Used only in dry rubble walls without mortar
Explanation: A through stone (header) is set with its longest dimension perpendicular to the face of the wall and its length equal to the full thickness of the wall. It ties the faces together and resists separation under settlement.
2Based on arrangement and surface finish, stone masonry is mainly classified into which two categories?
A.Coursed and uncoursed rubble only
B.Brick masonry and block masonry
C.Rubble masonry and ashlar masonry
D.Dry masonry and cement concrete masonry
Explanation: The Assistant Mason Class X pathway classifies stone masonry by arrangement and degree of surface refinement into rubble masonry (irregular stones) and ashlar masonry (accurately dressed stones with fine joints).
3The strength of rubble masonry mainly depends on which set of factors?
A.Quality of mortar, use of long through stones at frequent intervals, and proper filling of mortar between stones
B.Colour of the stone, polish of the face, and paint coat only
C.Only the height of the building storeys
D.Only the type of scaffolding used during construction
Explanation: Rubble masonry strength depends on mortar quality, frequent long through stones that bond the faces, and thorough mortar filling in spaces between stones so voids do not weaken the wall.
4Which description best matches ashlar fine masonry?
A.All bed joints and face stones dressed perfectly so stones fit with very fine, uniform joints
B.Irregular quarry stones with thick mortar joints of about 20 mm
C.Only polygonal stones laid without any mortar
D.Brickbats mixed with cement concrete
Explanation: Ashlar fine uses accurately dressed stones so bed joints and faces conform closely, producing thin, uniform, high-quality joints—unlike rough rubble work.
5Uncoursed rubble masonry is commonly preferred for compound walls and godowns mainly because it is:
A.The strongest possible stone wall type for multi-storey buildings
B.Required by code for all bridge piers
C.Built only with perfectly squared ashlar blocks
D.Cheaper, using stones nearly as obtained from the quarry without regular courses
Explanation: Uncoursed rubble uses stones almost as quarried (with limited hammer dressing), does not maintain regular courses, and is economical for compound walls, godowns, garages, and similar work.
6In stone masonry laying practice, through stones (headers) should typically be placed about how far apart both ways?
A.Every 5–6 m only at roof level
B.Only at the four building corners
C.About 1 m to 1.5 m apart in successive layers
D.Never closer than 10 m
Explanation: Good practice places through stones in successive layers about 1 m to 1.5 m apart both ways so faces remain tied throughout the wall height and length.
7Before use in masonry, stones should generally be:
A.Painted with oil to repel water
B.Frozen overnight to harden
C.Polished with wax on bed joints
D.Well watered / kept wet so they bond and do not suck moisture excessively from mortar
Explanation: Stones should be hard, tough, durable, and well watered before laying so they do not rapidly absorb water from mortar and so bonding is improved.
8Curing of stone masonry should continue for a minimum of about:
A.Two hours only
B.Two months without interruption
C.Two weeks
D.No curing is ever required for stone work
Explanation: After laying, stone masonry should be cured for a minimum of about two weeks so mortar gains strength and joints remain sound.
9Iron stains on stone work can be treated by washing with a solution of oxalic acid mixed in water in roughly which proportion given in the Class X pathway?
A.1 kg oxalic acid in 1000 litres of water
B.Pure concentrated sulphuric acid only
C.Only soap and cold water without acid
D.1 kg oxalic acid in 10 litres of water
Explanation: Iron stains may be washed with about 1 kg of oxalic acid mixed in 10 litres of water; after a few hours the area is brushed and rinsed. Other stains need different treatments.
10Efflorescence on masonry is most closely associated with:
A.Soluble salts migrating and crystallising on the surface, often linked to moisture/drainage issues
B.Excessive steel reinforcement inside stone walls
C.Too much curing water applied after two weeks
D.Use of through stones at 1 m centres
Explanation: Efflorescence appears when soluble salts are carried by moisture and crystallise on the surface. Prevention emphasises proper drainage and appropriate stone/mortar practice.

About the BSEH Secondary NSQF Construction Exam

The Haryana BSEH Secondary Construction (NSQF) examination is the Class 10 vocational skill subject (code CON 987) conducted by the Board of School Education, Haryana. Per the official 2025–26 syllabus and unit-wise marks, candidates are assessed on five vocational units—Stone masonry, Brick masonry, Scaffolding, Formwork, and Flooring Work—plus Employability Skill units in Communication, Self-Management, ICT, Entrepreneurship, and Green Skills. The annual theory paper is a 60-mark mixed written paper scaled to 30 marks, combined with 50 marks external practical assessment and 20 marks internal assessment (grand total 100). Typical Secondary NSQF theory duration is 2½ hours on the BSEH date sheet. The 100 questions on this page are an English-language multiple-choice study adaptation aligned to the Assistant Mason Class X unit structure used in the Construction skill pathway—they support theory and viva readiness and do not replace official practical assessment.

Assessment

Official: written mixed theory paper (60 marks → 30), external practical/portfolio/viva (50), internal assessment (20). Local bank: English MCQ study adaptation weighted to stone masonry, brick masonry, scaffolding, formwork, flooring, and employability skills.

Time Limit

2½ hours

Passing Score

Typically 33% under BSEH Secondary pass rules (33% overall with 33% separately in external examination and practical where applicable); confirm the latest Board circular.

Exam Fee

Included in the annual BSEH Secondary examination fee notified by the Board. (Board of School Education, Haryana (BSEH))

BSEH Secondary NSQF Construction Exam Content Outline

17%

Stone Masonry

Stone types and uses, rubble vs ashlar classification and subtypes, through stones, string course and coping, joints (including dowelled and cramped), tools, laying rules, curing for at least two weeks, and maintenance of stains, efflorescence, cracks, and waterproofing.

17%

Brick Masonry

Standard brick 19×9×9 cm (nominal 20×10×10 cm), mortar types, trowel/plumb/spirit level/brick hammer, English and Flemish bonds, header/stretcher/closer terms, soaking bricks before laying, frog facing upward, supervision rules, and defects in brickwork.

16%

Scaffolding

Components (standard, ledger, putlog, brace, guard rail, toe board, walk boards), single scaffolding for brick work, double/mason’s scaffolding for stone work, cantilever and steel tubular systems, base plates and sole boards, and erection/safety checks.

16%

Formwork

Formwork/shuttering/centring definitions, timber and steel systems, requirements (strength, rigidity, tight joints, smooth surface, easy stripping), loads on formwork, typical stripping times (walls/columns 16–24 hrs; slab soffit 3 days; beam soffit 7 days; props longer by span), and formwork for columns, beams, slabs, walls, and stairs.

17%

Flooring Work

Brick flooring, cement concrete (often 1:2:4) floors, mosaic/terrazzo and precast terrazzo tiles, glazed ceramic tiles, linoleum and stone floors, sub-grade preparation, bedding mortar, joint grouting, curing, and providing slope toward floor drains.

17%

Employability Skills

Methods of communication and the communication cycle, barriers and feedback, self-management (stress, SWOT, motivation, goals, time), basic ICT operations and security/privacy, entrepreneurship qualities and myths, and green skills for sustainable development.

How to Pass the BSEH Secondary NSQF Construction Exam

What You Need to Know

  • Passing score: Typically 33% under BSEH Secondary pass rules (33% overall with 33% separately in external examination and practical where applicable); confirm the latest Board circular.
  • Assessment: Official: written mixed theory paper (60 marks → 30), external practical/portfolio/viva (50), internal assessment (20). Local bank: English MCQ study adaptation weighted to stone masonry, brick masonry, scaffolding, formwork, flooring, and employability skills.
  • Time limit: 2½ hours
  • Exam fee: Included in the annual BSEH Secondary examination fee notified by the Board.

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

BSEH Secondary NSQF Construction Study Tips from Top Performers

1Memorize English bond (alternate header and stretcher courses) vs Flemish bond (headers and stretchers alternating in each course).
2Know modular brick standard size 19×9×9 cm and nominal 20×10×10 cm with frog facing upward when laid.
3Drill scaffolding terms: standards (uprights), ledgers (horizontal braces), putlogs (platform bearers), guard rails, and toe boards.
4Review formwork stripping times from the Assistant Mason pathway (walls/columns ~16–24 hours; slab soffit 3 days; beam soffit 7 days; props longer for larger spans).
5For flooring, remember cement concrete floors often use 1:2:4, terrazzo/mosaic layering, tile joint limits, and slope to floor drains.
6Revise employability sessions (communication cycle, barriers, SWOT, ICT security, entrepreneurship myths, sustainable development) for the 10 theory marks they carry.

Frequently Asked Questions

What is BSEH Secondary Construction (NSQF) code 987?

It is the Haryana Board of School Education Class 10 vocational skill subject Construction under NSQF, listed as code CON 987 on BSEH date sheets and the Class 10 NSQF QP design catalogue for 2025–26.

Is the official BSEH Construction exam only multiple-choice?

No. The official annual theory paper is a mixed written examination (objective items plus very short, short, and essay answers) worth 60 marks scaled to 30, plus external practical/portfolio/viva (50) and internal assessment (20). The 100 questions on this page are an English MCQ study adaptation for concept practice—not a full simulation of the official format.

How is the Construction subject marked?

Per BSEH Construction (NSQF) syllabus 2025–26: annual theory (60/2) = 30 marks, external assessment (practical) = 50 marks (hand-on skill 25 with written 10 + practical 15, portfolio 10, viva 15), and internal assessment = 20 marks, for a grand total of 100 marks.

What vocational units are tested?

Vocational skill units are Stone masonry, Brick masonry, Scaffolding, Formwork, and Flooring Work (10 marks each on the 60-mark theory paper). Employability Skill units contribute 10 marks total (2 marks each for Communication, Self-Management, ICT, Entrepreneurship, and Green Skills).

What is the passing score for BSEH Secondary Construction?

BSEH Secondary candidates typically need about 33% overall in the subject, with 33% separately in the external examination and in practical where applicable. Always verify the current Board circular for exact rules and any grace provisions.

How long is the theory paper?

On recent BSEH Secondary date sheets, NSQF skill subjects including Construction (987) are scheduled for 2½ hours (for example 12:30 PM to 3:00 PM). Confirm the current year’s timetable on bseh.org.in.

Are these practice questions free for 2026?

Yes. OpenExamPrep provides free English-language MCQ practice for BSEH Secondary Construction (NSQF) 2026 with explanations. It is a study aid and not an official BSEH paper or translation of a board exam.