MEE 203 CBT Practice

Table of Contents

📘 MEE 203 PRACTICE TEST – IMPORTANT INSTRUCTIONS

Take your time to read the instructions carefully before starting this test.

📝 Test Details

Total Questions: 40 questions

Time Allowed: 15 – 20 minutes

This gives you very few seconds per question, so manage your time wisely.

✅ If you can score at least 60%, you can be rest assured that you’ll ace MEE 203 in the real exam.

PS:

In the actual GST exam, you’ll likely be asked between 40 – 60 questions.

⚠️ EXAM STRATEGY & TIPS

Do not rush into answering questions.
Don’t waste too much time on questions you don’t know — skip and move on.
Start with questions that don’t involve calculations to save time.
Always crosscheck your answers.
Don’t be in a hurry to submit — you’re not in a competition.
Don’t be scared — getting an A is very achievable.
Don’t be overconfident either — calm your blood, no be only you sabi book 😌.
If you have any complaints, corrections, or feedback, please use the comment box.

📊 GRADING SCALE

70 – 100 → A

60 – 69 → B

50 – 59 → C

45 – 49 → D

40 – 44 → E

0 – 39 → F

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Pos.	Name	Score	Duration
1	Solosam	76.5 %	13 minutes 14 seconds
2	Chris	65.17 %	7 minutes 13 seconds
3	Anthony Regina	65 %	11 minutes 49 seconds
4	George	63 %	11 minutes 24 seconds
5	Abiodun Joy Moyinoluwa	3 %	2 minutes 27 seconds
6	itunuoluwa	0 %	27 minutes 17 seconds

MEE 203(Applied Mechanics)

1 / 40

1. A force of 20 N acts at a perpendicular distance of 0.5 m from a pivot. The moment of the force about the pivot is __________.

A. 20 Nm

B. 10 Nm

C. 30 Nm

D. 5 Nm

2 / 40

2. Which of the following contains moving parts?

A. Machines

B. Beam

C. Frames

D. Truss

3 / 40

3. The moment of the resultant of two concurrent forces to a center in their plane is equal to

A. The difference in component moments with respect to a different centre

B. The algebraic sum of the moments of the components to a different centre

C. The difference between the components moments at the same centre

D. The algebraic sum of the moments of the components to the same centre

4 / 40

4. The condition for equilibrium of a rigid body under coplanar forces is that __________.

A. Resultant force is maximum

B. Acceleration is constant

C. Sum of forces and moments is zero

D. Velocity is zero

5 / 40

5. Which of the following type of screws is used in the machines?

A. Rectangle-threaded

B. Helical-threaded

C. Square-threaded

D. Round-threaded

6 / 40

6. Which of the following is termed as an action of pull or push of a body at rest or motion?

A. Momentum

B. Torque

C. Force

D. Work

7 / 40

7. The moment is the cross product of which of the following two vectors/scalars?

A. Radius and Force vectors

B. Force and Radius scalars

C. Radius and Force scalars

D. Force and Radius vectors

8 / 40

8. Which of the following statements describes the resultant of two forces?

A. Force that has the same effect as the two forces

B. Force that has the highest magnitude in the system

C. Force that maintains the system in equilibrium

D. Force that has the same effect as one force

9 / 40

9. Which of the following conditions doesn’t affect the magnitude of the moment?

A. If the point of application of force is along the line of action

B. If the resultant is maximal

C. If the point of application of force is opposing the line of action

D. If the moment of centre is shifted along a line perpendicular to the line of action

10 / 40

10. Which part of the truss section is made to employ the method of joints in the free body diagram?

A. The whole structure

B. Joints

C. Combination of joint and the whole structure

D. Truss

11 / 40

11. Which of the following is the condition for the three-force theorem in mechanics?

A. The force system should be in equilibrium, co-planar, concurrent, or parallel

B. The force systems should be non-coplanar

C. The force system should be in equilibrium only

D. The system should be co-planar, parallel

12 / 40

12. The change in the moment is equal to which of the following?

A. Rotational moment

B. Total weight

C. Bending moment

D. Area under the shear diagram

13 / 40

13. Which of the following is a feature of friction?

A. It is an active force

B. Always acts in the direction opposite to the applied force

C. Not a self-adjusting force

D. Always acts in the direction of applied force

14 / 40

14. A couple produces __________.

A. Neither rotation nor translation

B. Rotation without translation

C. Neither rotation nor translation

D. Translation without rotation

15 / 40

15. n the journal bearings calculations, the moment is the cross product of which of the following two vectors?

A. Force and Radius scalars

B. Radius and Force scalars

C. Force and Radius vectors

D. Radius and Force vectors

16 / 40

16. What is the the effect of a force upon a body according to the principle of transmissibility of forces?

A. Maximum when acting at the body’s centre of gravity

B. Minimum when acting at the body’s centre of gravity

C. The same at all points along its line of action

D. Different at various locations along its line of action

17 / 40

17. The internal force in structures among the following is?

A. Bending force

B. Compression force

C. Impact force

D. Gravity force

18 / 40

18. In the free body diagrams, the normal forces acting on the belt are in which of the following direction for calculating the equilibrium equations?

A. Horizontally Left

B. Horizontally Right

C. Vertically Upward

D. Vertically Downward

19 / 40

19. Which of the following doesn’t affect frictional force?

A. Force tending cause motion

B. Area of contact

C. Surface roughness

D. Reaction of surface

20 / 40

20. Which of the following is a vector quantity?

A. Acceleration

B. Mass

C. Volume

D. Density

21 / 40

21. What is the relationship between each force, if three concurrent forces acting on a body according to Lami’s theorem?

A. Directly proportional to the cosine of the angle between the other two forces

B. Directly proportional to the sine of the angle between the other two forces

C. Inversely proportional to the cosine of the angle between the other two forces

D. Inversely proportional to the sine of the angle between the other two forces

22 / 40

22. A body of mass 10 kg is acted upon by a force of 50 N. The acceleration produced is __________.

(Take g = 10 m/s²)

A. 10 m/s²

B. 2 m/s²

C. 5 m/s²

D. 50 m/s²

23 / 40

23. Which element of the truss section is made to apply the method of sections in the free body diagram?

A. Any section can be used

B. Joints

C. Truss

D. The whole structure

24 / 40

24. Which of the following is a branch of mechanics?

A. Statics and dynamics

B. Kinematics and dynamics

C. Kinetics and kinematics

D. Statics and kinetics

25 / 40

25. What is a free-body diagram?

A. It’s a sketch of a moving body that shows internal forces of the body and reaction forces

B. It’s a sketch of an undisturbed body that shows external forces of the body

C. It’s a sketch of an isolated body that shows external forces of the body and reaction forces

D. It’s a sketch of a body in motion that shows bending forces of the body

26 / 40

26. A machine does 600 J of work in 20 seconds. The power developed is __________.

A. 30 W

B. 20 W

C. 40 W

D. 60 W

27 / 40

27. Which of the following forces do not cause the rotation?

A. Parallel

B. Concurrent

C. Non-concurrent

D. Non-Parallel

28 / 40

28. When there is no relative force between touching surfaces, which of the following force is developed?

A. Dynamic friction

B. Static friction

C. Dry friction

D. Fluid friction

29 / 40

29. When the surfaces of two bodies come in contact, there is a limited amount of resistance to sliding between them, which is known as _________

A. Lubrication

B. Internal forces

C. Friction

D. Attraction force

30 / 40

30. The law stating that action and reaction are equal and opposite is known as __________.

A. Newton’s First Law

B. Newton’s Second Law

C. Law of Gravitation

D. Newton’s Third Law

31 / 40

31. Which of the following is valid if two forces are represented by two sides of a triangle in order?

A. The resultant’s magnitude is zero

B. The resultant of two forces is represented by the third side in reverse order

C. The resultant’s magnitude is greatest

D. The resultant of two forces is represented by the third side in the same sequence

32 / 40

32. Which of the following is the characteristic of force?

A. All of the mentioned

B. Point of application of force

C. Magnitude of force

D. Direction of application of force

33 / 40

33. The point of application where the total weight can be expected to be concentrated if the gravitational force is dispersed across the volume of the body is called ______

A. Center of gravity of the body

B. Moment of inertia

C. The surface of the body

D. The centroid of the body

34 / 40

34. Frictional force always acts __________ to the direction of motion or tendency of motion.

A. Opposite

B. Along the normal reaction

C. Perpendicular

D. Parallel

35 / 40

35. Two forces of 30 N and 40 N act at right angles to each other. The resultant force is __________.

A. 60 N

B. 50 N

C. 70 N

D. 80 N

36 / 40

36. When can two forces be in equilibrium?

A. All of the mentioned

B. They are collinear

C. They are opposite in direction

D. They are equal in magnitude

37 / 40

37. A load of 200 N is lifted vertically through a height of 5 m. The work done is __________.

A. 200 J

B. 1000 J

C. 500 J

D. 40 J

38 / 40

38. According to which of the following laws of mechanics a body remains/continue in its state of rest or motion until it is disturbed by an external agent?

A. Newton’s first law of motion

B. Superposition law

C. Newton’s third law of motion

D. Newton’s second law of motion

39 / 40

39. What is Kinematics?

A. Branch of dynamics which deals with the study of bodies under motion by considering forces

B. Branch of dynamics which deals with the study of bodies under the motion

C. Branch of dynamics which deals with the study of bodies under motion without considering forces

D. Branch of dynamics which deals with the study of bodies at rest

40 / 40

40. Which of the following is the basic law for mechanics?

A. Newton’s law of viscosity

B. Parallelogram law

C. Hooke’s law

D. Newton’s laws of motion

Your score is

MEE 203 CBT Practice

📘 MEE 203 PRACTICE TEST – IMPORTANT INSTRUCTIONS

📝 Test Details

⚠️ EXAM STRATEGY & TIPS

📊 GRADING SCALE

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