MISSISSIPPI BUILDING CONSTRUCTION CONTRACTOR
EXAMINATION COMPLETE QUESTIONS AND DETAILED
SOLUTIONS LATEST UPDATE THIS YEAR JUST RELEASED
Coverage Areas (Short Summary)
1. Business Law and Licensing Requirements
Covers Mississippi contractor licensing laws, contracts, dispute resolution, insurance, bonds, taxes, and
legal responsibilities.
2. Building Codes and Code Compliance
Focuses on International Building Code (IBC), residential codes, accessibility requirements, permits,
inspections, and occupancy classifications.
3. Site Preparation and Earthwork
Includes surveying basics, grading, excavation, soil conditions, erosion control, drainage, and site safety
practices.
4. Concrete and Foundations
Covers footing design, reinforcement, concrete placement, curing, moisture protection, slab construction,
and foundation inspections.
5. Structural Framing
Tests knowledge of wood, steel, and masonry framing, load paths, connectors, roof systems, and
structural integrity.
6. Construction Materials and Methods
Includes selection, installation, storage, handling, durability, and quality control of common construction
materials.
7. Mechanical, Electrical, and Plumbing Coordination
Covers coordination of MEP systems, code clearances, penetrations, scheduling, and inspection
requirements.
8. Project Management and Estimating
Focuses on scheduling, cost estimating, procurement, subcontractor management, change orders,
budgeting, and documentation.
9. Occupational Safety and OSHA Standards
Includes fall protection, scaffolding, excavation safety, PPE, hazard communication, electrical safety, and
emergency procedures.
10. Roofing, Exterior Systems, and Building Envelope
Covers roofing systems, flashing, waterproofing, insulation, windows, doors, weather barriers, and
moisture management.
Mississippi Building Construction Contractor Examination
Question 1
,Which responsibility should a licensed Mississippi building construction
contractor perform before beginning any commercial construction project
requiring local governmental approval?
A. Begin excavation immediately to avoid project delays before permits are
issued.
B. Obtain all required permits and verify applicable code requirements
before construction begins.
C. Wait until the framing inspection to determine whether permits are
necessary.
D. Allow subcontractors to determine whether permits are required.
Answer: B
Rationale: Contractors are responsible for obtaining required permits before
work begins. Starting construction without permits can result in stop-work
orders, fines, failed inspections, and legal liability.
Question 2
Which contract provision most effectively protects both the owner and
contractor when unforeseen project conditions require additional work
beyond the original agreement?
A. Oral agreement made between workers on-site.
B. Written change order describing scope, price, and schedule modifications.
C. Daily verbal discussion with suppliers.
D. Informal email without owner approval.
Answer: B
Rationale: Written change orders document revised work, costs, and
completion dates, reducing disputes while providing legal protection for all
project participants.
,Question 3
Before excavating for a building foundation, what should a contractor verify
to minimize utility damage, worker injuries, and costly project delays?
A. Utility locations have been properly identified before excavation begins.
B. Roofing materials have already been delivered.
C. Interior finish selections are complete.
D. Windows have been ordered.
Answer: A
Rationale: Underground utility locating helps prevent strikes involving gas,
electric, telecommunications, and water lines, protecting workers while
avoiding service interruptions and expensive repairs.
Question 4
Which soil condition generally provides the poorest support for shallow
building foundations unless engineered improvements are implemented
before construction?
A. Well-compacted gravel.
B. Dense sand.
C. Expansive clay with significant moisture variation.
D. Sound bedrock.
Answer: C
Rationale: Expansive clay changes volume with moisture fluctuations,
causing differential settlement and structural movement unless appropriate
foundation design and soil treatment are provided.
, Question 5
Why is proper concrete curing essential after placement of structural
footings supporting a commercial building constructed under applicable
building codes?
A. It reduces reinforcement requirements.
B. It promotes strength development, durability, and crack resistance.
C. It eliminates inspection requirements.
D. It permanently waterproofs the concrete.
Answer: B
Rationale: Proper curing maintains adequate moisture and temperature,
allowing cement hydration to continue and producing stronger, more
durable concrete with reduced shrinkage cracking.
Question 6
Which framing connector is specifically designed to improve resistance
against uplift forces produced by high winds acting on roof structures?
A. Drywall screw.
B. Roofing nail.
C. Hurricane tie.
D. Finish nail.
Answer: C
Rationale: Hurricane ties create stronger connections between framing
members, helping roofs resist wind uplift and improving overall structural
performance during severe weather.
EXAMINATION COMPLETE QUESTIONS AND DETAILED
SOLUTIONS LATEST UPDATE THIS YEAR JUST RELEASED
Coverage Areas (Short Summary)
1. Business Law and Licensing Requirements
Covers Mississippi contractor licensing laws, contracts, dispute resolution, insurance, bonds, taxes, and
legal responsibilities.
2. Building Codes and Code Compliance
Focuses on International Building Code (IBC), residential codes, accessibility requirements, permits,
inspections, and occupancy classifications.
3. Site Preparation and Earthwork
Includes surveying basics, grading, excavation, soil conditions, erosion control, drainage, and site safety
practices.
4. Concrete and Foundations
Covers footing design, reinforcement, concrete placement, curing, moisture protection, slab construction,
and foundation inspections.
5. Structural Framing
Tests knowledge of wood, steel, and masonry framing, load paths, connectors, roof systems, and
structural integrity.
6. Construction Materials and Methods
Includes selection, installation, storage, handling, durability, and quality control of common construction
materials.
7. Mechanical, Electrical, and Plumbing Coordination
Covers coordination of MEP systems, code clearances, penetrations, scheduling, and inspection
requirements.
8. Project Management and Estimating
Focuses on scheduling, cost estimating, procurement, subcontractor management, change orders,
budgeting, and documentation.
9. Occupational Safety and OSHA Standards
Includes fall protection, scaffolding, excavation safety, PPE, hazard communication, electrical safety, and
emergency procedures.
10. Roofing, Exterior Systems, and Building Envelope
Covers roofing systems, flashing, waterproofing, insulation, windows, doors, weather barriers, and
moisture management.
Mississippi Building Construction Contractor Examination
Question 1
,Which responsibility should a licensed Mississippi building construction
contractor perform before beginning any commercial construction project
requiring local governmental approval?
A. Begin excavation immediately to avoid project delays before permits are
issued.
B. Obtain all required permits and verify applicable code requirements
before construction begins.
C. Wait until the framing inspection to determine whether permits are
necessary.
D. Allow subcontractors to determine whether permits are required.
Answer: B
Rationale: Contractors are responsible for obtaining required permits before
work begins. Starting construction without permits can result in stop-work
orders, fines, failed inspections, and legal liability.
Question 2
Which contract provision most effectively protects both the owner and
contractor when unforeseen project conditions require additional work
beyond the original agreement?
A. Oral agreement made between workers on-site.
B. Written change order describing scope, price, and schedule modifications.
C. Daily verbal discussion with suppliers.
D. Informal email without owner approval.
Answer: B
Rationale: Written change orders document revised work, costs, and
completion dates, reducing disputes while providing legal protection for all
project participants.
,Question 3
Before excavating for a building foundation, what should a contractor verify
to minimize utility damage, worker injuries, and costly project delays?
A. Utility locations have been properly identified before excavation begins.
B. Roofing materials have already been delivered.
C. Interior finish selections are complete.
D. Windows have been ordered.
Answer: A
Rationale: Underground utility locating helps prevent strikes involving gas,
electric, telecommunications, and water lines, protecting workers while
avoiding service interruptions and expensive repairs.
Question 4
Which soil condition generally provides the poorest support for shallow
building foundations unless engineered improvements are implemented
before construction?
A. Well-compacted gravel.
B. Dense sand.
C. Expansive clay with significant moisture variation.
D. Sound bedrock.
Answer: C
Rationale: Expansive clay changes volume with moisture fluctuations,
causing differential settlement and structural movement unless appropriate
foundation design and soil treatment are provided.
, Question 5
Why is proper concrete curing essential after placement of structural
footings supporting a commercial building constructed under applicable
building codes?
A. It reduces reinforcement requirements.
B. It promotes strength development, durability, and crack resistance.
C. It eliminates inspection requirements.
D. It permanently waterproofs the concrete.
Answer: B
Rationale: Proper curing maintains adequate moisture and temperature,
allowing cement hydration to continue and producing stronger, more
durable concrete with reduced shrinkage cracking.
Question 6
Which framing connector is specifically designed to improve resistance
against uplift forces produced by high winds acting on roof structures?
A. Drywall screw.
B. Roofing nail.
C. Hurricane tie.
D. Finish nail.
Answer: C
Rationale: Hurricane ties create stronger connections between framing
members, helping roofs resist wind uplift and improving overall structural
performance during severe weather.
