Home NECTA TANZANIA PHYSICS EXAMINATION FORMAT FORM FOUR

PHYSICS EXAMINATION FORMAT FORM FOUR

221
0
BIOLOGY FORM TWO NATIONAL ASSESSMENT CHEMISTRY FORM TWO NATIONAL ASSESSMENT (FTNA) FORMAT NECTA FORM FOUR CSEE EXAMINATION FORMATS ENGLISH LANGUAGE EXAMINATION FORMAT FORM FOUR FRENCH LANGUAGE EXAMINATION FORMAT FORM FOURĀ  KISWAHILI EXAMINATION FORMAT FORM FOUR THEATRE ARTS EXAMINATION FORMAT FORM FOUR PHYSICAL EDUCATION EXAMINATION FORMAT FORM FOUR MUSIC EXAMINATION FORMAT FORM FOUR FINE ART EXAMINATION FORMAT FORM FOUR ELIMU YA DINI YA KIISLAMU EXAMINATION FORMAT BIBLE KNOWLEDGE EXAMINATION FORMAT FORM FOUR QUALIFYING TEST - QT - EXAMINATION FORMAT CIVICS EXAMINATION FORMAT FORM FOUR EXAMINATION FORMAT ENGLISH LANGUAGE FORM FOUR HISTORY EXAMINATION FORMAT FORM FOUR GEOGRAPHY EXAMINATION FORMAT FORM FOUR LITERATURE IN ENGLISH EXAMINATION FORMAT PHYSICS EXAMINATION FORMAT FORM FOUR CHEMISTRY EXAMINATION FORMAT FORM FOUR BIOLOGY EXAMINATION FORMAT FORM FOUR BASIC MATHEMATICS EXAMINATION FORMATFORM FOUR BOOK-KEEPING EXAMINATION FORMAT FORM FOUR

PHYSICS EXAMINATION FORMAT FORM FOUR

031 PHYSICS

(For Both School and Private Candidates)

1.0 INTRODUCTION

This examination format is a revised version of the 2008 format issued by the National Examinations Council of Tanzania (NECTA).

The format is based on the 2010 syllabus. The revised format emphasizes on the assessment of candidatesā€™ competences in higher order thinking skills.

The improvements made in the format, however, do not affect the examination content, which remains unchanged.

2.0 GENERAL OBJECTIVES

The examination will assess the extent to which the candidates are able to:

2.1Ā develop knowledge on concepts, laws, theories and principles of Physics;

2.2Ā apply procedures of scientific investigation;

2.3Ā use scientific principles on conservation and sustainable use of the environment;

2.4Ā promote manipulative skills to manage various technological appliances; and

2.5Ā develop the language of communication in Physics.

3.0 GENERAL COMPETENCES

The examination will assess the candidatesā€™ ability to:

3.1Ā apply Physics knowledge, principles and concepts in daily life;

3.2Ā apply scientific methods in solving problems in daily life;

3.3Ā apply technological skills in conservation and sustainable use of the environment;

3.4Ā manage simple technological appliances; and

3.5Ā use the language of Physics in communication.

4.0 EXAMINATION RUBRIC

The examination will consist of two papers. Paper 1 (031/1 Physics 1 Theory Paper) and Paper 2 (031/2 Physics 2 Practical Paper).

4.1 031/1 Physics 1

This examination paper will be forĀ three (3)Ā hours. It will consist of three sections: A, B and C with a total ofĀ 11Ā questions. Candidates will be required to answer a total ofĀ 10Ā questions which will weighĀ 100 marks.

<> Section A will consist ofĀ two (2)Ā questions with question 1 being a multiple choice question withĀ 10Ā items. Question 2 will be matching items withĀ five (5)Ā items. Each item in both the multiple choice and matching items questions will weighĀ one (1)Ā mark, making a total of 15Ā marks in this section. Candidates will be required to answerĀ allĀ the questions.

<>Ā  Section B will consist ofĀ six (6)Ā short answer questions each carrying 10Ā marks. Candidates will be required to answerĀ allĀ the questions.

This section will weigh a total ofĀ 60Ā marks.

<> Section CĀ will consist ofĀ three (3)Ā short answer questions aimed to assess the candidatesā€™ skills in managing the application of Physics and other simple technological appliances in everyday life.

The candidates will be required to answerĀ two (2)Ā questions from this section. Each question will carryĀ 12.5Ā marks, making a total ofĀ 25 marks in this section.

4.2 031/2 Physics 2

This paper will be either the Actual Practical or Alternative to the Practical. Three equivalent alternatives of the actual practical papers (031/2A Physics 2A, 031/2B Physics 2B and 031/2C Physics 2C) will be set. Only one alternative to practical (031/2 Physics 2) will be set.

Candidates will be required to sit for either actual practical or alternative to practical paper. The Actual Practical paper will be forĀ 2Ā½Ā hours. The paper will consist ofĀ two (2)Ā questions and candidates will be required to answer allĀ the questions.

Question 1 will be from the Mechanics topics and question 2 will be either from Heat, Light, Waves or Electricity topics. Each question will carryĀ 25Ā marks, hence a total ofĀ 50Ā marks.

The Alternative to Practical paper will be ofĀ 2Ā½Ā hours. The paper will consist ofĀ five (5)Ā questions.

Candidates will be required to answerĀ all the questions. Each question will carryĀ 10Ā marks, making a total ofĀ 50 marks. This paper will cover various topics as outlined in sub-section

Note

(i) The actual practical paper will have more than one alternative paper, which will be sent to schools depending on the number of candidates.

Alternative A will be sent to schools with up to 100Ā candidates, alternatives A and B to schools with candidates not exceeding 200 and alternatives A, B and C to schools with more than 200 candidates.

(ii) A check-list of apparatuses, equipment and materials required for the examination will be sent to the schools not less than three months before the date of sitting for this paper.

However,Ā 24 hours advance instructionsĀ will be dispatched in advance to be opened 24 hours for laboratory arrangements before the time of beginning the examinations.

(iii) When answering the questions in both theory and practical papers, candidates will be allowed to use non-programmable calculators.

5.0 EXAMINATION CONTENT

5.1 031/1 Physics 1 (Theory)

5.1.1 Introduction to Physics

5.1.2 Introduction to laboratory practice

5.1.3 Measurement

5.1.4 Force

5.1.5 Archimedesā€™ Principle and Law of Floatation

5.1.6 Structure and properties of matter

5.1.7 Pressure

5.1.8 Work, Energy and Power

5.1.9 Light

5.1.10 Static electricity

5.1.11 Current electricity

5.1.12 Magnetism

5.1.13 Forces in equilibrium

5.1.14 Simple machines

5.1.15 Motion in a straight line

5.1.16 Newtonā€™s Laws of Motion

5.1.17 Temperature

5.1.18 Sustainable energy sources

5.1.19 Application of vectors

5.1.20 Friction

5.1.21 Optical instruments

5.1.22 Thermal expansion

5.1.23 Transfer of thermal energy

5.1.24 Measurement of thermal energy

5.1.25 Vapour and humidity

5.1.26 Waves

5.1.27 Electromagnetism

5.1.28 Radioactivity

5.1.29 Thermionic emission

5.1.30 Electronics

5.1.31 Elementary astronomy

5.1.32 Geophysics

5.2Ā 031/2 Physics 2 (Actual Practical)

5.2.1 Mechanics

5.2.2 Heat

5.2.3 Light

5.2.4 Waves

5.2.5 Electricity

5.3Ā 031/2 Physics 2 (Alternative to Practical)

5.3.1 Mechanics

5.3.2 Heat

5.3.3 Light

5.3.4 Waves

5.3.5 Electricity

5.3.6 Magnetism

5.3.7 Electronics

5.3.8 Radioactivity

 

LEAVE A REPLY

Please enter your comment!
Please enter your name here