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Physics Form 4 Notes, Revision Questions and Answers

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• PHYSICS FORM 4 REVISION QUESTIONS AND ANSWERS

Physics Form 4 Notes and KCSE Revision

Form Four Physics revision questions on all topics including Thin Lenses, Uniform Circular Motion, Electromagnetic Spectrum, Cathode-rays and Cathode Ray Tube, Photoelectric Effect, Radioactivity, Electronics and more

Other Physics Notes

Form 1 physics notes & questions, form 2 physics notes & questions, form 3 physics notes & questions, physics form 4 kcse 2023 revision questions and answers.

Physics Form 4 Paper 2 Questions and Answers End Term 1 Exam Free

Physics form 4 past paper 2 questions with marking scheme.

Answer all the questions in the spaces provided.

1.         Figure 1 below shows a ray of light incident to the first of the two mirrors placed at an angle of    60 0

            Complete the path of the ray after reflection from the mirrors.                                              ( 1mk)

2.         Figure 2 below shows a positive charge near a plate carrying negative charge.

Draw the electric field between them.                                                                                    (2mks)

3.         Two pins are hanging from a magnet as shown in the diagram below (figure 3)

            Explain why they do not hang vertically downwards.                                                           (2mks)

4.         Draw the diagrams to illustrate what happens when plane waves are incident on a slit.

            i)   When the width of the slit is large compared with the wavelengths of the waves.          (2mks)

            ii)   When the width of the slit is small compared with wavelength of the waves.                (2mks)

5.         What energy conversion occurs in a photocell?                                                                     (1mk)

6.         i)  Arrange the following waves in order of decreasing wavelength; infrared, X-rays, micro-waves

and visible light                                                                                                                      (1mk)

ii)   State one application of visible light.                                                                               (1mk)

7.         State two advantages of an alkaline battery over lead acid battery.                                       (2mks)

8.         A girl shouts and ears an echo after 0.6 seconds later from a cliff.  If velocity of sound is 330m/s, calculate the distance between her and the cliff.        (3mks)

9.         What is dispersion of light?           (1mk)

10.       Determine the reading of an ammeter in figure 4 below      (2mks)

11.       A ray of light is incident on a glass oil interface as shown in figure 5 below.  Determine the value             of r (Take refractive index of glass and oil as 3/2 and 6/3 respectively)                                (3mks)

12.       State two factors that affect the capacitance of a parallel plate capacitors.                           (2mks)

F4 Physics Questions SECTION B (55 MARKS)

13.        (a)        State Ohm’s law.                                                                                                      (1 mark)

            (b)        You are provided with the following apparatus:

–    Connecting wires

–    An ammeter

–    Fixed resistor

–    A voltmeter

–    A variable resistor

–    Switch

–    2 dry cells in a cell holder

 (i)        In the spaces below, draw the circuit that can be used using the apparatus above to verify Ohm’s Law.                                                                                      (3 marks)

(ii)        Briefly explain how you can obtain the results to verify Ohm’s law.         (4 marks)

                        (c)Study the circuit diagram below and answer the questions that follow.

       (i) Calculate the effective resistance of the circuit.                                                                     (3marks)

       (ii) Find the voltmeter reading.                                                                                                    ( 2marks)

14. (a) A Girl stands some distance from a high wall and claps her hands

(i)   What two measurements would need to be made in order to determine the speed of sound?                                                                                                           (2mks)

(ii)  Describe how you would make use of these measurements                                   ( 3mks)

(iii)       The speed of sound in air is 330m\s.How far from the wall would you stand? Choose an answer from the following distances .10m, 200m, 500m.

Give reasons why you did not choose each of the other two distances           ( 2mks)

(b) The balloon filled with carbon dioxide can act like a lens and focus sound from a loud speaker. On to the microphone, Figure 6 show waves produced by loud speaker moving towards the balloon.

(i)   Complete the diagram to show what happens to the sound waves when they happens to the sound waves when they have passed through the balloon and moves towards the microphone                                                                        (2mks)

(ii)  The loud speaker is now moved towards the balloon .This results in less sound at the microphone. Explain why there is less sound at the microphone.               (1mk)

(iii)       The frequency of the sound emitted by the loud speaker is 1020Hz. Calculate the wavelength of the sound wave in air where its velocity is 340m\s                    (2mks)

c) Figure 15 shows the set up used to demonstrate interference of sound

i)          An observer O, moves along XY.

                 State the observation(s) made. (1 mark)

   (ii) State what would be observed if a cathode ray oscilloscope is moved along line XY. (1 mark)

(iii) What will a student hear if he moves along the line OC?                                                   (1 mark)      

15. (a) State the conditions to be satisfied for total internal reflection to occur.   (2marks)

      (b) A ray of light traveling in the direction EO in air enters a rectangular block as shown in the diagram.  The resulting angle of refraction is 18°.

(i) The refractive index of the block.                                                                                      (2marks)

     (ii) The critical angle C of the block.                (3marks)

From the graph, determine the focal length f, of the lens.                                                (3 mks)

17.     (a)     The figure below shows an object in front of lens.

                   (i)      Using rays locate the image as seen by observer, E.          (2 marks)

                   (ii)     Give one application of such a lens as used above.           (1 mark)

(iii)    Write three similarities between an eye and a camera.           (3 marks)

 (b)    Figure (a) and (b) show diagrams of the human eye.

                   (i)      In figure (a), sketch a ray diagram showing long sightedness .(1 mark)

(ii)     In figure (b), sketch a ray diagram showing how lens is used to correct

          long sightedness.                                                            (2 marks)

(d)     An object of height 10.5cm stands before a diverging lens of focal length 20cm and a distance of 10cm from the lens.  Determine;

                   (i)      image distance.                                                               (3 marks)

                   (ii)     height of the image.                                                        (3mark)

                   (iii)    magnification.                                                                (2 mark)

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SPM Form 4 Physics Topical Exercises

Objective questions.

• 01 Introduction to Physics
• Base Quantities (4 Questions)
• Derived Quantities 1 (6 Questions)
• Derived Quantities 2 (4 Questions)
• Prefixes (6 Questions)
• Prefixes of Derived Units (6 Questions)
• Measurement 1 - Error Analysis (6 Questions)
• Measurement 2 - Consistency, Accuracy and Sensitivity (7 Questions)
• Measuring Instrument 1 - Vernier Caliper and Micrometer (5 Questions)
• Measuring Instrument 2 - (7 Questions)
• 02 Force and Motion
• Linear Motion
• Distance and Displacement
• Ticker Tape and Ticker Tape Timer
• Linear Motion 1 – Fundamental (7 Questions)
• Linear Motion 2 – Uniform Acceleration (6 Questions)
• Ticker Tape (6 Questions)
• Motion Graph 1 – Displacement – Time Graph (5 Questions)
• Motion Graph 2 – Velocity-Time Graph (6 Questions)
• Inertia (4 Questions)
• Momentum (7 Questions)
• Effects of Force (7 Questions)
• Impulse and Impulsive Force (4 Questions)
• Gravitational Force (7 Questions)
• Forces in Equilibrium 1 (5 Questions)
• Forces in Equilibrium 2 (3 Questions)
• Work (5 Questions)
• Energy (6 Questions)
• Power and Efficiency (4 Questions)
• Elasticity – (7 Questions )
• 03 Force and Pressure
• Pressure (4 Questions)
• Liquid Pressure (5 Questions)
• Gas Pressure and Atmospheric Pressure (5 Questions)
• Atmospheric Pressure – Numerical Problems (6 Questions)
• Gas Pressure – Numerical Problems (4 Questions)
• Thermal Equilibrium (5 Questions)
• Specific Heat Capacity (6 Questions)
• Specific Latent Heat (5 Questions)
• Gas Laws (6 Questions)
• Reflection of Light – Plane Mirror (4 Questions)
• Reflection of Light (5 Questions)
• Refraction (7 Questions)
• Total Internal Reflection (5 Questions)
• Lenses (5 Questions)
• Lenses – Numerical Problems (4 Questions)
• Optical Instruments (4 Questions)
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Recommended Website

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• Electromagnetism
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Physics Form Four Past Papers NECTA: The Ultimate Guide for Exam Preparation

• Past Papers

Physics Form Four Past Papers NECTA

Physics Form Four Past Papers NECTA is a crucial resource for students preparing for their physics examinations. The National Examinations Council of Tanzania (NECTA) provides past papers for students to practice with, enabling them to gain an understanding of the format and structure of the exam. By using these past papers, students can familiarize themselves with the types of questions that will be asked and the level of difficulty they can expect.

The Physics Form Four NECTA examinations consist of three sections: A, B, and C. Section A consists of multiple-choice questions, while section B requires short answer questions. Section C is the longest section, and it requires students to answer long-form questions. By practicing with past papers, students can gain a better understanding of the different sections and the types of questions that will be asked in each section. They can also learn how to manage their time effectively during the exam.

Things to Consider:

• Physics Form Four Past Papers NECTA is a crucial resource for students preparing for their physics examinations.
• The Physics Form Four NECTA examinations consist of three sections: A, B, and C.
• By practicing with past papers, students can gain a better understanding of the different sections and the types of questions that will be asked in each section.

Physics Form Four Past Papers Overview

Physics is a crucial subject in the Form Four curriculum, and students must have a solid understanding of the concepts to excel in their exams. One way to prepare for the exams is by practicing with past papers. The National Examinations Council of Tanzania ( NECTA ) provides Physics Form Four past papers for students to use as study materials.

The past papers cover a wide range of topics and are designed to test students’ knowledge, understanding, and application of Physics concepts. They are an excellent resource for students looking to improve their exam performance and gain a better understanding of the subject.

The past papers are divided into three sections: A, B, and C. Section A consists of objective questions, and students must answer all the questions. Section B consists of structured questions, and students must answer all the questions. Section C consists of essay questions, and students must answer two out of four questions.

The past papers are graded out of 100 marks, with section A carrying 15 marks, section B carrying 60 marks, and section C carrying 25 marks. The papers are designed to be completed in three hours, and students must manage their time effectively to complete all the questions.

Practicing with past papers is an effective way to prepare for exams as it helps students become familiar with the exam format and the types of questions that may be asked. It also helps students identify areas where they may need to improve and develop exam strategies to maximize their performance.

Overall, Physics Form Four past papers are an essential study resource for students preparing for their exams. By practicing with past papers, students can improve their understanding of the subject, develop exam strategies, and increase their chances of success.

Understanding Physics Form Four NECTA Examinations

Physics Form Four NECTA examinations are an essential part of the secondary education system in Tanzania. These exams are designed to assess students’ knowledge and understanding of the physics syllabus. They cover a wide range of topics, including mechanics, electricity, magnetism, optics, and waves.

The exams consist of three sections: A, B, and C. Section A carries fifteen marks, section B carries sixty marks, and section C carries twenty-five marks. The exam paper contains a total of eleven questions, and students are required to answer all questions in sections A and B and two questions from section C.

To prepare for the exam, students can use past papers as a valuable resource. These papers provide a comprehensive review of the physics syllabus and cover a wide range of topics that students may encounter in the actual exam. Past papers are also useful for identifying areas where students may need more practice or additional study.

It is essential to note that physics is a subject that requires a strong foundation in mathematics. Students who struggle with mathematics may find physics challenging. Therefore, it is crucial to develop a strong mathematical foundation before studying physics.

In conclusion, Physics Form Four NECTA examinations are an essential part of the secondary education system in Tanzania. Students can use past papers to prepare for the exam and identify areas where they may need more practice or additional study. It is also crucial to develop a strong mathematical foundation before studying physics.

Paper Format and Structure

The NECTA Form Four Physics Past Papers consist of a collection of questions and answers from previous examinations. These papers cover theoretical concepts, numerical problems, and practical applications. The papers are designed to test the student’s understanding of the subject and their ability to apply their knowledge to solve problems.

The Physics Form Four NECTA examination is divided into two papers, Paper One and Paper Two. Both papers are three hours long and carry equal marks. Paper One consists of multiple-choice questions, while Paper Two consists of essay-type questions.

Paper One is divided into two sections, Section A and Section B. Section A contains ten multiple-choice questions, each worth one mark. Section B contains fifteen multiple-choice questions, each worth two marks. The total marks for Paper One are 40.

Paper Two is divided into three sections, Section A, Section B, and Section C. Section A contains three essay-type questions, each worth five marks. Section B contains four essay-type questions, each worth ten marks. Section C contains three essay-type questions, each worth ten marks. The total marks for Paper Two are 60.

In summary, the Physics Form Four NECTA examination consists of two papers, Paper One and Paper Two. Paper One is a multiple-choice question paper, while Paper Two is an essay-type question paper . The papers are designed to test the student’s understanding of the subject and their ability to apply their knowledge to solve problems.

Section A: Multiple Choice Questions

Physics Form Four Past Papers NECTA often include a section of multiple choice questions. These questions are designed to test the student’s knowledge of basic concepts in physics and their ability to apply these concepts to solve problems. The multiple choice questions are usually presented in the form of a stem, which is a statement or question, followed by several options, one of which is the correct answer.

It is important for students to practice answering multiple choice questions in order to improve their ability to quickly and accurately identify the correct answer. One useful strategy is to read the stem carefully and eliminate any options that are clearly incorrect. This can help narrow down the choices and increase the chances of selecting the correct answer.

Some common topics covered in the multiple choice section of Physics Form Four Past Papers NECTA include mechanics, electricity and magnetism, waves and optics, and modern physics. Students should be familiar with the basic principles and equations related to these topics in order to successfully answer the multiple choice questions.

In addition to testing knowledge of basic concepts, the multiple choice questions may also require students to apply critical thinking skills and problem-solving strategies. This can include analyzing data, interpreting graphs and diagrams, and making connections between different concepts.

Overall, the multiple choice section of Physics Form Four Past Papers NECTA is an important component of the exam and requires careful preparation and practice. Students who are able to effectively answer these questions will have a better chance of achieving a high score on the exam and demonstrating their understanding of the fundamental principles of physics.

Section B: Short Answer Questions

Section B in the Physics Form Four NECTA past papers consists of short answer questions. These questions are designed to test the student’s understanding of basic concepts in physics.

The short answer questions in Section B are worth a total of sixty (60) marks. They cover a range of topics including mechanics, heat, electricity, and waves. Students are required to answer all the questions in this section.

To score well in this section, students need to have a good understanding of the fundamental principles of physics. They should also be able to apply these principles to solve problems.

Some of the common types of questions in this section include calculations, definitions, and explanations. Students should be able to use equations, graphs, and diagrams to support their answers.

It is important for students to practice answering short answer questions before the exam. This will help them to identify areas where they need to improve. They can also use past papers to familiarize themselves with the format of the questions and the level of difficulty.

In summary, Section B of the Physics Form Four NECTA past papers contains short answer questions that test the student’s understanding of basic concepts in physics. To score well in this section, students need to have a good understanding of the fundamental principles of physics and be able to apply them to solve problems.

Section C: Long Answer Questions

Section C of the Physics Form Four NECTA exam comprises of long answer questions that require a detailed explanation of concepts and theories. Students are expected to demonstrate their understanding of the subject matter and apply it to real-world situations.

The questions in this section cover a wide range of topics, including mechanics, electricity, magnetism, waves, and optics. Students are advised to read the questions carefully and plan their answers before starting to write. They should also show all their working and use appropriate units and significant figures.

One common type of question in this section is the calculation question. In these questions, students are required to use formulas and equations to solve problems. They should show all their working and clearly state their final answer.

Another type of question in this section is the explanation question. In these questions, students are required to explain a concept or theory in detail. They should use appropriate scientific language and provide examples to support their answer.

It is important for students to practice answering long answer questions before the exam. They can use past papers and revision materials to familiarize themselves with the format and style of questions. By doing so, they can improve their confidence and performance in the exam.

Physics Topics Covered in Form Four NECTA Examinations

Physics is a branch of science that deals with the study of matter and energy and their interactions. The NECTA Form Four Physics Past Papers cover a wide range of topics that are important for students to understand in order to excel in the subject. The following sub-sections highlight the main topics covered in the Form Four NECTA Physics Examinations.

Mechanics is the branch of physics that deals with the study of motion and the forces that cause motion. It is an important topic in the Form Four NECTA Physics Examinations and covers a wide range of sub-topics such as kinematics, dynamics, work, energy, and power. Students are required to understand the concepts of motion, force, and energy and their applications in real-life situations.

Thermal Physics

Thermal Physics is the study of heat and temperature and their effects on matter. It is an important topic in the Form Four NECTA Physics Examinations and covers sub-topics such as heat transfer, thermodynamics, and the kinetic theory of gases. Students are required to understand the concepts of heat transfer, specific heat capacity, and the laws of thermodynamics.

Waves are an important topic in the Form Four NECTA Physics Examinations. Students are required to understand the properties of waves and their applications in real-life situations. The sub-topics covered in this section include wave motion, wave properties, and wave phenomena such as interference, diffraction, and polarization.

Electricity and Magnetism

Electricity and Magnetism are important topics in the Form Four NECTA Physics Examinations. Students are required to understand the concepts of electric fields, electric potential, electric current, and magnetic fields. They are also required to understand the relationships between electricity and magnetism and their applications in real-life situations.

Atomic Physics

Atomic Physics is the study of the behavior of atoms and their interactions with radiation. It is an important topic in the Form Four NECTA Physics Examinations and covers sub-topics such as the structure of atoms, radioactivity, and nuclear reactions. Students are required to understand the concepts of atomic structure, radioactivity, and nuclear reactions and their applications in real-life situations.

In conclusion, the Form Four NECTA Physics Examinations cover a wide range of topics that are important for students to understand in order to excel in the subject. Students are required to understand the concepts of motion, force, energy, heat, waves, electricity, magnetism, and atomic physics and their applications in real-life situations.

DOWNLOAD PDF ALL Physics Form Four Past Papers

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Effective Study Strategies for Physics Form Four Past Papers {NECTA Examinations}

Preparing for NECTA Form Four Physics Examinations can be a challenging task. However, with the right study strategies, students can increase their chances of success. Here are some effective study strategies for NECTA Form Four Physics Examinations:

1. Understand the Syllabus

Students should start by understanding the NECTA Form Four Physics syllabus. This will help them to identify the topics that they need to focus on. The syllabus provides a framework for the examination, and students should ensure that they are familiar with all the topics covered.

2. Practice with Past Papers

Practicing with past papers is an effective way to prepare for the NECTA Form Four Physics Examinations. Students can get a sense of the types of questions that are asked and the format of the examination. They can also identify areas where they need to improve.

3. Create a Study Plan

Creating a study plan can help students to stay organized and focused. They should allocate time for each topic and ensure that they cover all the areas of the syllabus. The study plan should also include time for practicing with past papers and revising.

4. Seek Help

Students should not hesitate to seek help if they are struggling with a particular topic. They can ask their teachers, classmates, or even search for online resources. It is important to address any areas of weakness early to avoid last-minute panic.

5. Use Visual Aids

Using visual aids such as diagrams, charts, and graphs can help students to understand complex concepts. They can also aid in memorization and recall. Students can create their own visual aids or use resources available online.

6. Stay Motivated

Staying motivated is crucial for success in the NECTA Form Four Physics Examinations. Students should set achievable goals and reward themselves for their progress. They can also form study groups with classmates and engage in friendly competition to stay motivated.

In conclusion, preparing for NECTA Form Four Physics Examinations requires a combination of effective study strategies and dedication. Students should understand the syllabus, practice with past papers, create a study plan, seek help, use visual aids, and stay motivated. With these strategies, they can increase their chances of success in the examination.

Resources for Physics Form Four NECTA Past Papers

Students who are preparing for their Physics Form Four NECTA exams can benefit greatly from practicing with past papers. The following resources provide access to a wide range of past papers, giving students the opportunity to familiarize themselves with the exam format and types of questions that may be asked.

Learning Hub TZ

Learning Hub TZ is a website that provides access to past papers for a variety of subjects, including Physics Form Four NECTA past papers. The website offers a comprehensive collection of past papers, including papers from recent years, and provides both the questions and answers. Students can use these papers as a study aid to test their knowledge and identify areas where they may need further practice.

Maktaba Tetea

Maktaba Tetea is another website that provides access to past papers for Physics Form Four NECTA exams. The website offers both the questions and answers for past papers, as well as practical exams. Students can use these resources to practice and improve their understanding of the subject matter.

Msomi Bora is a website that provides access to past papers for a variety of subjects, including Physics Form Four NECTA past papers. The website provides past papers from recent years, as well as papers from previous years, giving students access to a comprehensive collection of past papers. Students can use these papers to test their knowledge and gain a better understanding of the types of questions that may be asked on the exam.

Overall, these resources provide students with an excellent opportunity to practice and improve their understanding of Physics Form Four NECTA past papers. By using these resources, students can gain a better understanding of the exam format and types of questions that may be asked, which can help them prepare more effectively for the exam.

In conclusion, revising past papers is an essential part of preparing for the Form Four Physics NECTA examination. It helps students to understand the examination format, identify the areas they need to improve, and build their confidence. By practicing with past papers, students can learn how to manage their time effectively, develop their analytical skills, and gain a better understanding of the concepts covered in the syllabus.

The search results provide a wealth of resources for students preparing for the Form Four Physics NECTA examination. These resources include past papers, model answers, and revision notes. Students can use these resources to supplement their classroom learning and improve their chances of success in the examination.

It is important to note that while revising past papers is an important part of exam preparation, it should not be the only strategy used. Students should also ensure that they have a thorough understanding of the syllabus, attend all classes, and seek help from their teachers when needed.

Overall, with the right preparation and a positive attitude, students can excel in the Form Four Physics NECTA examination. By using the resources available to them and putting in the necessary effort, they can achieve their academic goals and set themselves up for success in the future.

What are some tips for preparing for Physics Form Four NECTA past papers?

To prepare for Physics Form Four NECTA past papers, it is recommended to review class notes, textbooks, and study guides. Students should also practice answering past papers under timed conditions to simulate exam conditions and identify areas for improvement.

How can I access Physics Form Four NECTA past papers and answers?

Physics Form Four NECTA past papers and answers can be accessed through various online resources such as learninghubtz.co.tz, msomibora.com, and youscholars.com. It is important to ensure that the past papers and answers are from reputable sources and are relevant to the current syllabus.

What are some common topics covered in Physics Form Four NECTA past papers?

Common topics covered in Physics Form Four NECTA past papers include mechanics, waves, electricity, magnetism, and modern physics. It is important to review all topics covered in the syllabus to ensure comprehensive preparation.

Where can I find Physics Form Four NECTA past papers in PDF format?

Physics Form Four NECTA past papers in PDF format can be found on various online resources such as learninghubtz.co.tz and whizzem.com. It is important to ensure that the past papers are from reputable sources and are relevant to the current syllabus.

What is the format of the Physics Form Four NECTA practical exam?

The Physics Form Four NECTA practical exam consists of two parts: Part A and Part B. Part A involves carrying out experiments and recording observations, while Part B involves answering questions related to the experiments conducted in Part A.

What are some recommended resources for studying Physics Form Four NECTA past papers?

Recommended resources for studying Physics Form Four NECTA past papers include textbooks, study guides, and online resources such as learninghubtz.co.tz and msomibora.com. It is important to ensure that the resources are relevant to the current syllabus and provide comprehensive coverage of all topics.

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School Base -Online

Physics form 4 topics.

• Electromagnetism
• Radioactivity 
• Thermionic Emission
• Elementary Astronomy

Strategies for answering exam and test questions

Click on the accordions below to see more information about how best to tackle the following question types in your exam.

Multi-choice questions

Things to remember about multi-choice questions

• Read through the options and try to eliminate the ones that aren’t right . Multi-choice questions usually have one option that is obviously wrong, and three or four others that are similar.  It is important to look carefully at how they are worded in order to select the correct  answer.
• Don’t struggle over a question . Do all of the easy questions first and come back to harder ones later to maximise efficient use of test/exam time.
• Answer all the questions . Even if you are not sure, your educated guess may well be correct. It is better to have a go at answering a question than potentially miss out on a mark.
• When you check back through your paper and think an answer is wrong - change the answer . Research indicates that you will probably be correct in doing so.

Short answer questions

Short answer questions range from a sentence or two through to a paragraph in length.

• Keep to the point . Short answers are usually two-three sentences.
• Main ideas . Your answers should incorporate the key points, words, ideas and phrases the marker will be looking for.
• Leave one or two lines after each answer . This is so you can add important points later on.
• Try to answer all the questions .  If you don’t know the complete answer, put down what you do know, as this is likely to get you some marks.

Exam essay questions

The advice here is in four parts: Time allocation | Task analysis | Planning | Presentation

Time allocation

• Use the reading time at the start of the exam to choose which essay questions you will answer .
• Check how much time you might have to answer each essay question , and stick to it. You can come back and add more to your answer in your revision time at the end of the exam session.
• If you haven’t finished your answer, jot down the rest in note form . This will show the marker what you know, and you might get some marks for it.

Task analysis

• Read the question carefully .
• Underline or highlight the content words . What is the topic?
• Pick out the instruction words in the question, e.g. identify, describe, compare and contrast, evaluate. What are you being asked to do with the topic?
• Take some time to think and plan your answer . For example: use the reading time to select which essay questions you will answer. Then use the start of the writing time (5-20mins) to make notes of all the points you remember that are relevant to the essay. General guide for timing: for 30 minutes of writing, allow 5-7 minutes for planning .
• Plan out the structure by organising your points into a logical order :e.g. by numbering them according to intended sequence.
• General writing rule for exam essays - one paragraph = one point . Follow standard essay-writing procedure, e.g. start with a topic sentence that contains your key point, and then support this with examples, explanations, and evidence.

Presentation

• Make sure your handwriting is legible . Markers should not have to decipher your handwriting. If your handwriting is illegible, it could compromise your marks.
• Make sure that you can express ideas effectively in terms of sentence structure and word use .  Incoherent sentences and incorrect terminology will likely result in the marker not being able to understand your answer properly.
• Don’t worry too much about punctuation, grammar and spelling . Getting your ideas down is more important than ‘perfect’ writing (and markers usually take this into account given that students are writing under pressure in an exam situation). However, you do need a basic level of competency in these areas: an answer that lacks any punctuation and is full of spelling mistakes will probably be incoherent for the marker.
• Don't waffle . Get straight to the point in terms of your answer so that you don’t waste time and word space on unessential or irrelevant detail. Planning your essay beforehand is key to avoiding waffle.

Problem solving questions

Usually these types of questions target formulae, steps in a process, or rules.

• Make sure you write down relevant formulas, equations, and rules . Important: For numerical problems involving computation, make sure you include the appropriate mathematical units in your final answer (e.g. ml, m/sec).
• Clearly show the steps you have taken in working out the answers.
• If necessary, write notes to explain your answers .
• Do the easier answers first , and return to the difficult ones later.

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SPM Physics

SPM Form 4 Form 5 Revision Notes and Videos

SPM Form 4 Physics (KSSM) Chapter 2 – Force and Motion I

• Distance and Displacement
• Speed and Velocity
• Acceleration
• Motion with Uniform Acceleration
• Finding Velocity from Ticker Tape
• Finding Acceleration from Ticker Tape
• Displacement-Time Graph
• Velocity-Time Graph
• Graph of Free Falling Object
• Free Falling
• Applications of Effect of Inertia
• Principle of Conservation of momentum
• Elastic and Inelastic Collision
• Application of Momentum
• Effects of Force
• Types of Forces and Newton’s Third Law of Motion
• Impulsive Force

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Which of the following is not a SI base unit ?

Yang manakah antara yang berikut bukan unit asas S.I.?

A student draws graph y against x . The relationship between y and x is y = r + px , r and p are constants. The gradient of graph y against x is

Seorang pelajar melukis graf y lawan x. Hubungan antara y dan x ialah y=r+px, r dan p adalah pemalar. Kecerunan graf y lawan x ialah

Which of the following physical quantity is a derived quantity ?

Yang manakah antara kuantiti fizik berikut adalah kuantiti terbitan?

Temperature

Which of the following is a vector quantity?

Yang manakah antara berikut adalah kuantiti vektor?

Usia matahari

Acceleration of gravity

Pecutan graviti

Mass of a ball

Distance between Ipoh and Melaka

Jarak antara Ipoh dan Melaka

Which of the following is a S.I. base unit ?

Yang manakah antara berikut ialah kuantiti asas S.I.?

Which of the following is a scalar quantity ?

Yang manakah antara berikut ialah kuantiti skalar?

Displacement

Which of the following shows the relationship of base quantities for acceleration ?

Yang manakah menunjukkan hubungan kuantiti-kuantiti asas untuk pecutan?

what is relationship between v and t ?

apakah perhubungan diantara v dan t?

v is directly proportional to t

v berkadar terus dengan t

v is increases linearly to t

v meningkat secara linear dengan t

v is decreases linearly to t

v berkurang secara linear dengan t

v is inversely proportional to t

v berkadar songsang dengan t

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