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Course / Course Details

FORM 2 PHYSICS

  • Secondary Physics Tutor image

    By - Secondary Physics Tutor

  • 7 students
  • 166 Hours 40 Min
  • (0)

Course Requirements

 Form 2 Physics is a comprehensive course designed to provide students with a solid foundation in the fundamental principles and concepts of physics. This course aims to develop students' understanding of various physics topics, including mechanics, electricity, magnetism, waves, and energy. Through a combination of theoretical knowledge and practical applications, students will enhance their problem-solving skills and critical thinking abilities. Course Objectives: 1. To introduce students to the basic principles and laws of physics. 2. To develop students' ability to apply scientific concepts to real-life situations. 3. To enhance students' problem-solving skills and critical thinking abilities. 4. To foster an appreciation for the role of physics in everyday life. 5. To prepare students for further studies in physics and related fields. Course Content: 1. Mechanics: Kinematics, dynamics, forces, motion, and equilibrium. 2. Electricity and Magnetism: Electric circuits, electromagnetism, and electrical energy. 3. Waves: Properties of waves, sound, light, and optics. 4. Energy: Forms of energy, conservation of energy, and energy transfers.

Course Description

Form 2 Physics course is designed to provide students with a comprehensive understanding of the fundamental principles and concepts of physics at the Form 3 level. This course covers a wide range of topics, including mechanics, electricity, magnetism, optics, and waves. Through engaging lessons and practical experiments, students will develop critical thinking skills and problem-solving abilities while exploring the fascinating world of physics. This course aims to equip students with a strong foundation in physics, preparing them for further studies in the field and fostering a lifelong interest in scientific exploration.

Course Outcomes

 Introduction to Form 2 Physics - Overview of the course objectives and learning outcomes - Importance and relevance of studying physics at this level - Introduction to key concepts and principles in physics II. Measurement and Units - Understanding the fundamental quantities and units in physics - Measurement techniques and tools - Accuracy and precision in measurements III. Forces and Motion - Newton's laws of motion and their applications - Understanding different types of forces - Motion in one and two dimensions - Projectile motion and circular motion IV. Energy and Work - Definition and types of energy - Conservation of energy - Calculating work done - Power and efficiency V. Waves and Sound - Properties of waves - Wave behavior and characteristics - Sound waves and their properties - Applications of sound waves VI. Light and Optics - Nature of light and its properties - Reflection and refraction of light - Lenses and their applications - Optical instruments VII. Electricity and Magnetism - Electric charges and fields - Electric circuits and components - Magnetism and electromagnetism - Electromagnetic induction VIII. Modern Physics - Introduction to modern physics concepts - Quantum mechanics and atomic structure - Nuclear physics and radioactivity - Applications of modern physics in technology IX. Revision and Examination Preparation - Review of key concepts and principles covered in the course - Practice exercises and problem-solving techniques - Examination preparation strategies and tips X. Conclusion - Summary of the course content and learning outcomes - Importance of continuing physics education beyond Form 3 - Resources and references for further study Please note that this course outline is subject to change based on the specific curriculum requirements and educational standards of the institution.

Course Curriculum

  • 17 chapters
  • 111 lectures
  • 0 quizzes
  • 166 Hours 40 Min total length
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1 Definition and explanation of the scientific method
5 Min

2 Definition and explanation of the scientific method [Quiz]
N/A

3 Methods of collecting data
5 Min

4 Methods of collecting data [Quiz]
N/A

5 Importance of data collection
5 Min

6 Importance of data collection [Quiz]
N/A

7 Interpretation of data and concluding
5 Min

8 Interpretation of data and concluding [Quiz]
N/A

9 Definition of physical quantities and examples
5 Min

10 Definition of physical quantities and examples [Quiz]
N/A

11 Difference between base and derived physical quantities
5 Min

12 Difference between base and derived physical quantities [Quiz]
N/A

13 Conversion between units of measurements - Multiples and submultiples (centi-, milli, micro, mega etc)
5 Min

14 Conversion between units of measurements - Multiples and submultiples (centi-, milli, micro, mega etc) [Quiz]
N/A

15 -Some physical quantities, unit of measurement and instruments.
5 Min

16 some physical quantities, unit of measurement and instruments. [Quiz]
N/A

17 Work examples on multiples and submultiples
5 Min

18 Work examples on multiples and submultiples [Quiz]
N/A

1 definition of speed ( units and formular to calculate speed )
5 Min

2 definition of speed ( units and formular to calculate speed ) [Quiz]
N/A

3 worked examples on calculation involving speed
5 Min

4 worked examples on calculation involving speed [Quiz]
N/A

5 how to calculate the distance covered by a body from its speed and time taken
5 Min

6 how to calculate the distance covered by a body from its speed and time taken [Quiz]
N/A

7 how to calculate the time taken from the distance covered and speed
5 Min

8 how to calculate the time taken from the distance covered and speed [Quiz]
N/A

1 What is density (units and formular )
5 Min

2 What is density (units and formular ) [Quiz]
N/A

3 Worked examples on calculating density
5 Min

4 Worked examples on calculating density [Quiz]
N/A

5 Worked example on calculating the mass of a substance when the density and volume is known
5 Min

6 Worked example on calculating the mass of a substance when the density and volume is known [Quiz]
N/A

1 What is mass (units and measuring instrument) converting from g to kg and vice versa
5 Min

2 What is mass (units and measuring instrument) converting from g to kg and vice versa [Quiz]
N/A

1 Definition of matter and different states of matter (with examples)
5 Min

2 Molecular properties of matter (solid,liquid and gases)
5 Min

3 motion of particles in matter (solid ,liquid and gases )
5 Min

4 Diffusion
5 Min

5 Brownainmotion
5 Min

6 Characteristics of solid state of matter
5 Min

7 Characteristics of liquid state of matter
5 Min

8 Characteristic of gaseous state of matter
5 Min

9 compressibility of different states of matter (solid ,liquid and gases )
5 Min

10 Solid ,liquids nd gases and the kinetic theory
5 Min

11 Definition of matter and different states of matter (with examples) [Quiz]
N/A

12 Molecular properties of matter (solid,liquid and gases) [Quiz]
N/A

13 motion of particles in matter (solid ,liquid and gases ) [Quiz]
N/A

14 Diffusion [Quiz]
N/A

15 Brownain motion [Quiz]
N/A

16 Characteristics of solid [Quiz]
N/A

17 Characteristics of liquid state of matter [Quiz]
N/A

18 Characteristic of gaseous state of matter [Quiz]
N/A

19 compressibility of different states of matter (solid ,liquid and gases ) [Quiz]
N/A

20 Solid ,liquids nd gases and the kinetic theory [Quiz]
N/A

1 Definition of temperature, units and instruments
5 Min

2 Effects of temperature on matter
5 Min

3 Some important temperature values (melting point, freezing point, normal body temp, standard room temperature)
5 Min

4 Temperature time graphs for solids ,liquids an gases
5 Min

5 Definition of temperature, units and instruments [Quiz]
N/A

6 Effects of temperature on matter [Quiz]
N/A

7 Some important temperature values (melting point, freezing point, normal body temp, standard room temperature) [Quiz]
N/A

8 Temperature time graphs for solids ,liquids an gases [Quiz]
N/A

1 what is thermal energy
5 Min

2 Electrical conduction and insulation
5 Min

3 Action of electrical energy on materials
5 Min

4 Action of heat on materials (solids,liquids and gases )
5 Min

5 Thermal conduction
5 Min

6 Thermal convection
5 Min

7 Thermal Radiation
5 Min

8 Change of state (the conversion cycle )
5 Min

9 Evaporation (factors affecting evapouratio )
5 Min

10 Coolin effect of evaporaton and its application
5 Min

11 Application of the kinetic theory (expansion of solids)
5 Min

12 Application of the kinetic theory (expansion of liquids )
5 Min

13 Application of the kinetic theory (expansion of gases )
5 Min

14 what is thermal energy [Quiz]
N/A

15 Electrical conduction and insulation [Quiz]
N/A

16 Action of electrical energy on materials [Quiz]
N/A

17 Action of heat on materials (solids,liquids and gases ) [Quiz]
N/A

18 Thermal conduction [Quiz]
N/A

19 Thermal convection [Quiz]
N/A

20 Thermal Radiation [Quiz]
N/A

21 Change of state (the conversion cycle ) [Quiz]
N/A

22 Change of state (the conversion cycle ) [Quiz]
N/A

23 Evaporation (factors affecting evapouratio ) [Quiz]
N/A

24 Coolin effect of evaporaton and its application [Quiz]
N/A

25 Application of the kinetic theory (expansion of solids) [Quiz]
N/A

26 Application of the kinetic theory (expansion of liquids ) [Quiz]
N/A

27 Application of the kinetic theory (expansion of gases ) [Quiz]
N/A

28 Renewable sources of energy and examples [Quiz]
N/A

1 Definition of energy and its units (joule, calories)
5 Min

2 Forms of energy
5 Min

3 The Sun as the main source of energy
5 Min

4 Renewable sources of energy and examples
5 Min

5 Non renewable sources of energy and examples
5 Min

6 Advantages and disadvantages of non renewable sources of energy
5 Min

7 Advantages and disadvantages of renewable sources of energy
5 Min

8 Solar energy at home
5 Min

9 Definition of energy and its units (joule, calories) [Quiz]
N/A

10 Forms of energy [Quiz]
N/A

11 The Sun as the main source of energy [Quiz]
N/A

12 Non renewable sources of energy and examples [Quiz]
N/A

13 Advantages and disadvantages of non renewable sources of energy [Quiz]
N/A

14 Advantages and disadvantages of non renewable sources of energy [Quiz]
N/A

15 Advantages and disadvantages of non renewable sources of energy [Quiz]
N/A

16 Solar energy at home [Quiz]
N/A

1 Definition of work (units and formular )
5 Min

2 worked examples on calculations involving work done
5 Min

3 Definition of kinetic energy units and formular
5 Min

4 worked examples on calculations involving kinetic energy
5 Min

5 Definition of potential energy 55-units and formular to calculate potential energy
5 Min

6 Worked examples on calculations involving potential energy
5 Min

7 Definition of power(units and formular )
5 Min

8 Worked examples on calculations involving
5 Min

9 Relationship between work and time
5 Min

10 What is electric current (definition ,units and formular )
5 Min

11 Definition of work (units and formular ) [Quiz]
N/A

12 worked examples on calculations involving work done [Quiz]
N/A

13 Definition of kinetic energy units and formular [Quiz]
N/A

14 worked examples on calculations involving kinetic energy [Quiz]
N/A

15 Definition of potential energy 55-units and formular to calculate potential energy [Quiz]
N/A

16 Worked examples on calculations involving potential energy [Quiz]
N/A

17 Definition of power(units and formular ) [Quiz]
N/A

18 Worked examples on calculations involving [Quiz]
N/A

19 Relationship between work and time [Quiz]
N/A

1 Definition of electrical energy and sources
5 Min

2 Measurement of electricit(formula and unit)
5 Min

3 Uses of electricity at Home
5 Min

4 safety rules when working with electricity
5 Min

5 worked examples on calculations involving current
5 Min

6 calculation amount of charge from current and time
5 Min

7 Definition of electrical energy and sources [Quiz]
N/A

8 Measurement of electricit(formula and unit) [Quiz]
N/A

9 Uses of electricity at Home [Quiz]
N/A

10 safety rules when working with electricity [Quiz]
N/A

11 What is electric current (definition ,units and formular ) [Quiz]
N/A

12 worked examples on calculations involving current [Quiz]
N/A

13 calculation amount of charge from current and time [Quiz]
N/A

1 Definition and sources and sources of light
5 Min

2 Luminous and non luminous objects
5 Min

3 Transparent, translucent and opaque objects
5 Min

4 The path and speed of light
5 Min

5 Light beams and shadow formation
5 Min

6 Reflection, refraction of light
5 Min

7 diffraction and dispersion of light
5 Min

8 Some optical instruments and their uses in real life
5 Min

9 Types of light receivers (solar panels, LED devices, photo electric cells, incandescent lamps)
5 Min

10 Definition and sources and sources of light [Quiz]
N/A

11 Luminous and non luminous objects [Quiz]
N/A

12 Transparent, translucent and opaque objects [Quiz]
N/A

13 The path and speed of light [Quiz]
N/A

14 Light beams and shadow formation [Quiz]
N/A

15 Reflection, refraction of light [Quiz]
N/A

16 diffraction and dispersion of light [Quiz]
N/A

17 Some optical instruments and their uses in real life [Quiz]
N/A

18 Types of light receivers (solar panels, LED devices, photo electric cells, incandescent lamps) [Quiz]
N/A

1 - the law of conservation of energy (application )
5 Min

2 Diagrammatic illustration of the law of conservation of energy in the home
5 Min

3 hat is motion (definition and deep understanding and examples )
5 Min

4 the law of conservation of energy (application ) [Quiz]
N/A

5 -Diagrammatic illustration of the law of conservation of energy in the home [Quiz]
N/A

1 hat is motion (definition and deep understanding and examples )
5 Min

2 What is speed(definition ,formular and units )
5 Min

3 Worked examples on calculations involving speed
5 Min

4 Difference between spped and velocity (real life examples )
5 Min

5 what is acceleration (definition ,formular and units )
5 Min

6 Worked examples on calculations involving acceleration
5 Min

7 -Linear motion (velocity and acceleration )
5 Min

8 Real life examples of uniform motion
5 Min

9 What is circular motion (real life examples )
5 Min

10 Vibrations (what is a vibration -real life examples )
5 Min

11 Words related to vibrations (Frequency,periods and amplitude )
5 Min

12 What is motion (definition and deep understanding and examples ) [Quiz]
N/A

13 What is speed(definition ,formular and units ) [Quiz]
N/A

14 Worked examples on calculations involving speed [Quiz]
N/A

15 Difference between spped and velocity (real life examples ) [Quiz]
N/A

16 what is acceleration (definition ,formular and units ) [Quiz]
N/A

17 Worked examples on calculations involving acceleration [Quiz]
N/A

18 Linear motion (velocity and acceleration ) [Quiz]
N/A

19 Real life examples of uniform motion [Quiz]
N/A

20 -What is circular motion (real life examples ) [Quiz]
N/A

21 Vibrations (what is a vibration -real life examples ) [Quiz]
N/A

22 Words related to vibrations (Frequency,periods and amplitude ) [Quiz]
N/A

1 what is pressure(formular and unit of measurement)
5 Min

2 Examples of real life situations where pressure is applicable and useful
5 Min

3 Distribution of pressure in liquid
5 Min

4 Factors affecting pressure in liquid
5 Min

5 Average blood pressure
5 Min

6 what is pressure(formular and unit of measurement) [Quiz]
N/A

7 Examples of real life situations where pressure is applicable and useful [Quiz]
N/A

8 Distribution of pressure in liquid [Quiz]
N/A

9 Factors affecting pressure in liquid [Quiz]
N/A

10 Average blood pressure [Quiz]
N/A

1 Types of lenses
5 Min

2 Ray diagrams to show how an image is produced by a lense
5 Min

3 The Eye as an imaging device
5 Min

4 Uses of lenses in every day life
5 Min

5 Types of lenses [Quiz]
N/A

6 Ray diagrams to show how an image is produced by a lense [Quiz]
N/A

7 The Eye as an imaging device [Quiz]
N/A

8 Uses of lenses in every day life [Quiz]
N/A

1 Review of definition and types of radiation
5 Min

2 Effects of radiation emitted into the atmosphere
5 Min

3 Effects of Cosmic waves from the sun
5 Min

4 Review of definition and types of radiation [Quiz]
N/A

5 Effects of radiation emitted into the atmosphere [Quiz]
N/A

6 Effects of Cosmic waves from the sun [Quiz]
N/A

1 What is Global warming
5 Min

2 Consequences and effects of global warming
5 Min

3 -The green house effect
5 Min

4 -Identification and uses of common tools
5 Min

5 Identification and uses of common machines
4 Min

6 Fabrication of common instrument (pulley, pendulum etc)
5 Min

7 Principle of functionality of some insreuments
5 Min

8 Methods of maintenance (lubrication, cleaning and repairs using the tools
5 Min

9 What is Global warming [Quiz]
N/A

10 Consequences and effects of global warming [Quiz]
N/A

11 The green house effect [Quiz]
N/A

12 -Identification and uses of common tools [Quiz]
N/A

13 Identification and uses of common machines [Quiz]
N/A

14 Fabrication of common instrument (pulley, pendulum etc) [Quiz]
N/A

15 Principle of functionality of some insreuments [Quiz]
N/A

16 Methods of maintenance (lubrication, cleaning and repairs using the tools [Quiz]
N/A

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Secondary Physics Tutor

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FCFA3,500.00

  • Duration 166 Hours 40 Min

  • Lectures 111 lessons

  • Enrolled 7 students

  • Category: Form 2

  • 0 Quizzes

  • Language: English

  • Skill Level SECONDARY

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