NDDC Marine Engineering Scholarship Exams Past Questions And Answers

NDDC Marine Engineering Scholarship Exams Past Questions And Answers

Securing a scholarship can be a life-changing opportunity for students, especially when pursuing a specialized field like Marine Engineering. The Niger Delta Development Commission (NDDC) Scholarship is a renowned program designed to support students from the Niger Delta region in their educational endeavors. To help you prepare for this highly competitive scholarship, we’ve prepared a comprehensive guide on NDDC Scholarship Past Questions and Answers for Marine Engineering.

Understanding NDDC Marine Engineering

Scholarship

The Niger Delta Development Commission (NDDC) Scholarship is a government-funded program that aims to provide financial support to students from the Niger Delta region of Nigeria. The scholarship covers various fields of study, including Marine Engineering, which is crucial for the development of the region’s maritime industry.

To be eligible for the NDDC Scholarship in Marine Engineering, applicants must meet specific criteria, which typically include being an indigene of the Niger Delta region, having secured admission to a recognized university, and maintaining a minimum CGPA. The scholarship is highly competitive, and to increase your chances of success, you need thorough preparation.

Why NDDC Marine Engineering Scholarship Past Questions and Answers Matter

The NDDC Scholarship Past Questions and Answers for Marine Engineering play a pivotal role in your preparation for the scholarship exam. Here’s why they matter:

1. Familiarity with Exam Format: These past questions and answers help you become familiar with the exam’s format and structure. By practicing with these questions, you’ll know what to expect on the actual test day.
2. Understanding the Scope: Marine Engineering is a specialized field with specific subject areas. Past questions give you insights into the scope of topics that may be covered in the exam, enabling you to focus your studies.
3. Assessment of Readiness: Practice tests allow you to assess your readiness for the scholarship exam. You can identify your strengths and weaknesses and adjust your study plan accordingly.
4. Time Management: Time management is crucial during any examination. Practicing with past questions helps you develop time management skills, ensuring that you complete the test within the allotted time.
5. Confidence Building: Familiarity with past questions and the ability to answer them correctly boosts your confidence. Confidence is a key factor in performing well in any exam.

Preparing for NDDC Marine Engineering Scholarship in Marine Engineering

To prepare effectively for the NDDC Scholarship in Marine Engineering, follow these steps:

1. Get the Past Questions: Start by obtaining the NDDC Scholarship Past Questions and Answers specifically designed for Marine Engineering. These are usually available from reputable sources or educational platforms.
2. Study the Syllabus: Familiarize yourself with the syllabus or subject areas covered by the exam. Ensure you have the relevant textbooks and study materials.
3. Create a Study Plan: Develop a study schedule that allows you to cover all necessary topics. Allocate more time to your weaker areas.
4. Practice Regularly: Consistently work through past questions and answers, testing your knowledge and improving your skills.
5. Seek Assistance: Don’t hesitate to seek help from your professors, mentors, or tutors if you encounter challenging concepts.
6. Simulate Test Conditions: Take practice tests under timed conditions to simulate the actual exam environment. This will help you manage your time effectively.

SAMPLE OF Marine Engineering Scholarship Questions And Answers

NUMERICAL REASONING
1. A ship travels at an average speed of 24 knots for 6 hours. How far does it travel?
A) 96 nautical miles
B) 120 nautical miles
C) 144 nautical miles
D) 150 nautical miles

2. A Marine Engineering team is tasked with lifting a 5-ton anchor from the ocean floor. If they use a block and tackle system with a mechanical advantage of 4, how much force do they need to apply?
A) 1.25 tons
B) 5 tons
C) 20 tons
D) 0.8 tons

3. The density of seawater is approximately 1025 kg/m³. If a Marine Engineering project requires a buoyancy force of 150,000 N to keep an object afloat, what volume of seawater is displaced by the object?
A) 146.34 m³
B) 146.45 m³
C) 146.56 m³
D) 146.67 m³

4. A ship’s propeller rotates at 150 RPM (revolutions per minute). If the ship is traveling at a speed of 30 knots, what is the pitch distance traveled by the propeller in one revolution?
A) 3.6 meters
B) 5.4 meters
C) 18 meters
D) 30 meters

5. The weight of a cargo is 75,000 lbs. If the cargo is evenly distributed on a ship, what is the load per square foot on the ship’s deck, assuming the deck area is 200 square feet?
A) 300 lbs/sq ft
B) 225 lbs/sq ft
C) 150 lbs/sq ft
D) 375 lbs/sq ft

6. In a Marine Engineering project, a winch is used to lift a load of 15 kN using a single rope. If the mechanical advantage is 6, how much force is exerted on the winch handle?
A) 90 N
B) 60 N
C) 150 N
D) 135 N

7. A Marine Engineering team is measuring the tidal range. The water level at high tide is 5 meters, and the water level at low tide is 1 meter. What is the tidal range?
A) 4 meters
B) 6 meters
C) 3 meters
D) 7 meters

8. The power generated by a ship’s engine is 2,000 horsepower. If one horsepower is equivalent to 745.7 watts, what is the engine’s power output in watts?
A) 1,490,000 watts
B) 1,491,400 watts
C) 1,492,800 watts
D) 1,494,200 watts

9. A Marine Engineering team is testing a new diving bell’s buoyancy. If the bell displaces 10 cubic meters of water, and the density of seawater is 1025 kg/m³, what is the buoyant force acting on the diving bell?
A) 10,250 N
B) 10,125 N
C) 10,500 N
D) 10,425 N

10. The draft of a ship is 8 meters, and it is floating in seawater with a density of 1025 kg/m³. What is the buoyant force acting on the ship? (Assume the ship’s shape is uniform)
A) 80,000 N
B) 81,200 N
C) 81,600 N
D) 82,500 N

Verbal Reasoning
1. Which term best describes the act of steering a ship by adjusting the angle of the rudder to change its course?
A) Navigation
B) Helm
C) Locomotion
D) Paddle

2. In Marine Engineering, what is the term for the process of protecting a ship’s hull from corrosion using a layer of special paint or coatings?
A) Sandblasting
B) Epoxy bonding
C) Antifouling
D) Electrolysis

3. What does the acronym ‘SOLAS’ stand for in the context of maritime safety?
A) Ship Operation and Loading Assessment System
B) Safety of Life at Sea
C) Seafarer’s Occupational Liability and Safety Act
D) Ship Outfitting and Loading Assessment Standards

4. In nautical terms, what is the front of a ship called?
A) Stern
B) Bow
C) Port
D) Starboard

5. What is the term used in Marine Engineering to describe the force exerted on a ship in the opposite direction of its motion due to the water’s resistance?
A) Drag
B) Thrust
C) Torsion
D) Propulsion

6. Which term is commonly used in Marine Engineering to describe a ship’s route or the planned path to reach its destination?
A) Vessel
B) Course
C) Hull
D) Deck

7. In maritime law, what is the term for the area of the sea immediately beyond and adjacent to the territorial sea of a coastal state?
A) Exclusive Economic Zone (EEZ)
B) Contiguous Zone
C) International Waters
D) Archipelagic Waters

8. Which organization is responsible for regulating and supervising shipping safety and preventing marine pollution by ships?
A) IMO (International Maritime Organization)
B) UN (United Nations)
C) WHO (World Health Organization)
D) EU (European Union)

9. What do you call the documents that provide detailed information about a ship, including its specifications, ownership, and previous voyages?
A) Logbooks
B) Blueprints
C) Manifests
D) Ship’s Papers

10. In Marine Engineering, what is the term for the underwater structure that extends from the bow to the stern of a ship and provides buoyancy and stability?
A) Bulkhead
B) Keel
C) Mast
D) Anchor

PRODUCTION ENGINEERING.
ELECTRICAL ENGINEERING
AGRICULTURAL ECONOMICS
CIVIL ENGINEERING
MECHANICAL ENGINEERING
MEDICAL SCIENCE
MANAGEMENT SCIENCE
EDUCATION AND HUMANITIES.
FISHERIES
GEOLOGY.
JOURNALISM
CHEMISTRY
BIOCHEMISTRY
CHEMICAL ENGINEERING.
BIOLOGY
COMPUTER ENGINEERING