Area Of Concentration For Physics WAEC 2024

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On this page, we have provided you with the verified area of concentration for physics in the WAEC 2024 based on our research and long-term experience in the WAEC examination.

Choosing an area of concentration in physics can be the difference between passing and succeeding in the subject. It allows students to develop a deeper understanding of a particular topic and improve their problem-solving skills.

Area Of Concentration For Physics WAEC 2024

The West African Examination Council (WAEC) is an examination board that conducts exams for students in West African countries, including Nigeria, Ghana, Sierra Leone, Liberia, and The Gambia.

The Physics examination in WAEC covers a wide range of topics and concepts, but some areas are usually emphasized more than others.

CLICK HERE TO GET 2024 WAEC PHYSICS QUESTION AND ANSWERS 4 HOURS BEFORE EXAM

Here are some areas of concentration for Physics in the WAEC 2024 examination:

1. Concepts of matter

2. Scalars and vectors

3. Fundamental and derived quantities and units

4. Time

5. Position, distance, and displacement

6. Speed and velocity

7. Rectilinear acceleration

8. Mass and weight

9. Fluid at rest

10. Motion

11. Newton’s laws of motion

12. Equilibrium of forces

13. Work, Energy and Power

14. Energy

15. Simple harmonic motion

16. Heat Energy

17. Types of waves

18. Properties of waves

19. Production and propagation of waves

20. Light waves

21. Structure of the atom

22. Structure of the nucleus

23. Wave-particle paradox

24. Description property of fields

25. Gravitational field

26. Electric Field

27. Magnetic field

28. Electromagnetic field

29. Simple a.c. circuits

30. Sound Waves

31. Electromagnetic waves

The above listed topics are the Area Of Concentration For Physics WAEC 2023.

Also Read:ÂHow to get A1 in Physics WAEC 2024

Tips on what to read for WAEC Physics 2024

1. Syllabus: Start by studying the WAEC Physics syllabus to understand the topics and concepts that will be covered in the exam. This will guide your study plan and ensure that you cover all the necessary topics.

2. Textbooks: Get a good Physics textbook that covers the WAEC Physics syllabus. Examples of recommended Physics textbooks are:

• New School Physics by M.W. Anyakoha and T.N. Ajaegbu,
• Comprehensive Certificate Physics by P.N. Okeke and B. O. Okonkwo, and
• Essential Physics by B. Gascoigne et al.

Read through the textbook and make sure you understand all the topics and concepts.

3. Past questions: Practice past WAEC Physics questions to familiarize yourself with the exam format and the types of questions that will be asked. This will also help you to identify areas where you need to improve.

4. Online resources: There are various online resources available that can aid your preparation for WAEC Physics 2023. Examples include video tutorials, study guides, and practice questions.

5. Consult with teachers and peers: Consult with your Physics teachers and peers for additional guidance and support.

They may provide you with valuable insights and resources to improve your understanding of the subject.

In summary, to prepare for WAEC Physics 2024, you should study the syllabus, use recommended textbooks, practice past questions, utilize online resources, and consult with teachers and peers.

How many questions are to be answered in waec physics theory?

Candidates are required to answer any five out of seven short-structured questions in Section A, and any three out of five essay questions in Section B for a total of 15 marks and 45 marks respectively.

The specific number of questions to be answered can vary from one exam session to another, but the exam typically provides options for candidates to select from each year.

How to plot physics graph in WAEC?

When plotting a physics graph in a WAEC exam or any physics-related scenario, it’s important to follow some basic steps:

1. Labeling: Ensure your axes are properly labeled. The horizontal (x-axis) and vertical (y-axis) axes should have titles indicating what’s being measured. For example, if you’re plotting displacement against time, label the x-axis as “Time (s)” and the y-axis as “Displacement (m).”

2. Scale: Determine the appropriate scale for each axis. Select a scale that allows your data to cover a significant portion of the graph paper but still provides clear and accurate plotting points.

3. Data Points: Plot your data accurately. For each data point, find the corresponding x and y values and mark them on the graph paper.

4. Line or Curve: Connect the data points smoothly. Depending on the nature of the data, draw a line or curve that best represents the relationship between the variables. This might be a straight line for linear relationships or a curve for non-linear relationships.

5. Best Fit Line or Curve: If the data points are not perfectly aligned, draw a line or curve that best fits the majority of the points. This line should represent the trend or relationship between the variables.

6. Title and Units: Don’t forget to give your graph a title that clearly describes what the graph represents. Also, include units for both axes.

Always pay attention to the instructions provided in the exam and be precise and neat in your graphical representation.

Understanding the principles behind the data you’re plotting is also important in interpreting and presenting the graph accurately.

How is physics waec marked?

The WAEC Physics examination is assessed using a systematic approach:

Paper 1: This section consists of fifty multiple-choice questions, lasting 1¼ hours and carrying 50 marks. Each correct answer earns a specific mark.

Paper 2: Divided into Sections A and B, lasting 1½ hours and carrying 60 marks. Section A contains short-structured questions, where candidates select any five out of seven for a total of 15 marks. Section B consists of five essay questions, and candidates must answer any three for 45 marks.

Paper 3: This practical test (or an alternative practical work paper for private candidates) consists of three questions. Candidates must answer any two within 2¾ hours for a total of 50 marks.

Marking Scheme: Marks are assigned according to the stipulated value for each question. Correct answers, relevant explanations, and demonstrated understanding accumulate marks.

Rubric and Criteria: Examiners follow a predefined rubric outlining the necessary points or criteria for gaining marks. This ensures uniformity in marking across different examiners.

Partial Credit: Candidates may receive partial credit for demonstrating partial understanding, relevant points, or correct methods, even if the final answer is incomplete.

Accuracy, Relevance, and Method: Correctness, relevance to the question, and the appropriate application of scientific principles are essential for gaining marks.

Presentation and Language: Clear expression, proper use of scientific terms, and well-organized presentation contribute to a positive assessment.