Free Bachelor of Civil Engineering Highway Questions and Answers — Questions and Answers

Question 1: How does highway engineering work?

Highway Engineering is a specialized field of Concrete Technology
Highway Engineering is a specialized field of Transportation Engineering (Correct answer)
Highway Engineering is a specialized field of Civil Engineering
None of the above

Correct answer: Highway Engineering is a specialized field of Transportation Engineering

Highway Engineering is a specialized field within the broader discipline of Transportation Engineering. It focuses specifically on the planning, design, construction, operation, and maintenance of roads, bridges, and tunnels. Transportation Engineering encompasses all modes of transport, including railways, airports, and ports, with highway engineering being a key sub-discipline.

Question 2: What use do highways serve?

Highways reduce travel time by half
Highways is the quickest option
Highways were created to connect cities and villages
All of the above (Correct answer)

Correct answer: All of the above

Highways serve multiple critical functions in a transportation network. They are designed to efficiently connect cities and villages, facilitating both inter-urban and rural connectivity. By providing dedicated, often multi-lane routes, highways significantly reduce travel time and offer the quickest option for long-distance journeys, thereby encompassing all the listed benefits.

Question 3: Which of the following scientists developed the road foundation for the development of contemporary highways?

Macadam
Telford
Tresguet
Both Telford and Macadam (Correct answer)

Correct answer: Both Telford and Macadam

Both Thomas Telford and John Loudon Macadam were instrumental in developing modern road construction techniques in the late 18th and early 19th centuries. Telford introduced a method using a deep foundation of large, hand-laid stones, while Macadam pioneered the use of compacted layers of crushed stone, known as 'macadamisation.' Their innovations laid the groundwork for contemporary highway engineering.

Question 4: How many stages make up the New Highway Project?

One
Two
Three (Correct answer)
Four

Correct answer: Three

A New Highway Project typically progresses through three distinct stages: planning, design, and construction. The planning stage involves feasibility studies and route selection, the design stage focuses on detailed engineering and specifications, and the construction stage involves the physical building of the highway infrastructure according to the approved designs.

Question 5: Which of the following does not fall under the planning stages for highways?

Preparation of master plan
Financing (Correct answer)
Assessment of road length requirement
Showing the phasing of a plan in the five-year plan

Correct answer: Financing

The planning stages for highways primarily involve technical and strategic assessments, such as preparing master plans, evaluating road length requirements, and phasing the plan into multi-year segments. While financing is crucial for project implementation, it is generally considered a separate aspect of project management and resource allocation, rather than a direct step within the technical planning process itself.

Question 6: Which of the following pertains to the construction of a highway commercially?

Traffic
Installation technique
Environmental aspects (Correct answer)
Material

Correct answer: Environmental aspects

When undertaking highway construction commercially, environmental aspects are a paramount consideration. This involves assessing and mitigating the project's impact on local ecosystems, air and water quality, noise levels, and land use, as well as ensuring compliance with environmental regulations. Addressing these aspects is crucial for project approval, public acceptance, and overall commercial viability.

Question 7: Which sort of route connects the greatest amount of cities and towns?

Major district road
National highway (Correct answer)
Village road
State highway

Correct answer: National highway

National highways are designed to form the primary road network connecting major cities, state capitals, important ports, and industrial centers across a country. They are intended for long-distance travel and typically serve a greater number of significant urban and semi-urban areas compared to state highways, major district roads, or village roads, thus connecting the greatest amount of cities and towns.

Question 8: Which of the following international highways is the longest?

Trans-Canada highway
Pan-American highway (Correct answer)
Australia highway
Karakoram highway

Correct answer: Pan-American highway

The Pan-American Highway is recognized as the longest motorable road network in the world, stretching approximately 30,000 kilometers (19,000 miles). It connects numerous countries across North, Central, and South America, forming an extensive international highway system that facilitates continental travel and trade.

Question 9: The unsurfaced roads were intended for _________ in the Nagpur plan.

National highway
State highway
Major district road
Other district road and village road (Correct answer)

Correct answer: Other district road and village road

The Nagpur Plan, India's first comprehensive road development plan (1943), categorized roads based on their administrative and functional importance. Under this plan, 'Other District Roads' and 'Village Roads' were primarily intended to be unsurfaced, serving local connectivity and agricultural needs, while higher categories like National and State Highways were planned for surfacing.

Question 10: When designing roadways, which of the following is not taken into account?

Sight distance
Level of service
Cross section
Settlement (Correct answer)

Correct answer: Settlement

When designing roadways, key considerations include sight distance for safety, level of service for traffic flow efficiency, and cross-section elements for structural integrity and drainage. Settlement, which refers to the sinking or compaction of the ground, is primarily a concern in geotechnical engineering and foundation design, rather than a direct parameter in the geometric design of the roadway itself.

Question 11: Which of the following describes the procedure for eliminating extra surface water and subsoil moisture from roads?

Highway drainage (Correct answer)
Highway finance
Highway maintenance
Highway Engineering

Correct answer: Highway drainage

Highway drainage is the specialized procedure and system designed to effectively remove excess surface water (from rainfall) and subsoil moisture (groundwater) from the road pavement and subgrade. Proper drainage is critical to prevent water damage, maintain pavement stability, and ensure the long-term durability and safety of the highway structure.

Question 12: Which of the following road types is best for highway use?

Gravel roads
Unpaved surfaces
Bituminous roads (Correct answer)
Cement concrete roads

Correct answer: Bituminous roads

Bituminous roads, commonly known as asphalt roads, are widely considered highly suitable for highway use due to their flexibility, relatively smooth riding surface, and ease of construction and maintenance. While cement concrete roads offer higher rigidity and durability, bituminous roads are often preferred for their cost-effectiveness, ability to withstand varying traffic loads, and adaptability to environmental conditions.

Question 13: Road intersection design is a component of .

Traffic engineering
Railway engineering
Highway engineering (Correct answer)
Harbour engineering

Correct answer: Highway engineering

Road intersection design is a fundamental and critical component of Highway Engineering. It involves the planning and geometric design of junctions where two or more roads meet, along with the integration of traffic control devices and operational strategies. The primary goal is to ensure the safe and efficient movement of vehicles and pedestrians through these complex points.

Question 14: How many steps are there in the completion of the highway alignment surveys?

One
Two
Three
Four (Correct answer)

Correct answer: Four

Highway alignment surveys typically involve four main steps: map study, reconnaissance survey, preliminary survey, and final location survey. Each step progressively refines the proposed alignment, gathering more detailed information to optimize the route based on engineering, economic, and environmental considerations, leading to the final approved design.

Question 15: Highway design needs to be for .

Traffic developments
Traffic studies
Present requirements
Present requirements and future requirements (Correct answer)

Correct answer: Present requirements and future requirements

Highway design must account for both present and future requirements to ensure its long-term functionality, safety, and sustainability. This involves considering current traffic volumes and patterns, as well as projecting future growth in traffic, changes in vehicle types, and potential urban development. Designing for future needs prevents premature obsolescence and costly upgrades.

Question 16: Which of the following will be most favored for lighting the highway while it is being built?

Town
Village
City
Intersections (Correct answer)

Correct answer: Intersections

During highway construction, intersections are the most critical areas to prioritize for lighting due to their inherent complexity and higher risk. These points involve multiple traffic movements, potential conflicts between construction vehicles and public traffic, and often require workers to operate in close proximity to moving vehicles, making adequate illumination essential for safety and operational efficiency.

Free Bachelor of Civil Engineering Highway Questions and Answers

How does highway engineering work?