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Course / Course Details

FORM 1 PHYSICS

  • Secondary Physics Tutor image

    By - Secondary Physics Tutor

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

Course Requirements

 Form 1 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 1 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 Outcomes

 Introduction to Form 1 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

  • 6 chapters
  • 153 lectures
  • 30 quizzes
  • 166 Hours 40 Min total length
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1 An Oscillator
3 Min

2 An Oscillator [Quiz]
N/A

3 electrical energy copy
4 Min

4 electrical energy copy [Quiz]
N/A

5 Pressure intro
4 Min

6 Pressure intro [Quiz]
N/A

7 Pressure Liquids
3 Min

8 Pressure Liquids [Quiz]
N/A

9 Atmospheric pressure
4 Min

10 Atmospheric pressure [Quiz]
N/A

11 Archemedes principle
3 Min

12 Archemedes principle [Quiz]
N/A

13 Measuring of density of irregularly shaped objects
3 Min

14 Measuring of density of irregularly shaped objects [Quiz]
N/A

15 define density and state its units composition_3
6 Min

16 What is the definition of density? [Quiz]
N/A

17 Inertia of motion.
4 Min

18 IMPULSE
3 Min

19 Physical Quantities
3 Min

20 Introduction to mechanics
4 Min

21 Differences between mass and weight
4 Min

22 Equations of Motion
5 Min

23 Balanced and Unbalanced Forces
6 Min

24 Measurement in Physics
3 Min

25 HOW A SIMPLE MAGNET IS MADE
4 Min

26 What is a magnet
4 Min

27 appreciate the use of density in every day life
4 Min

28 appreciate the use of density in every day life [Quiz]
N/A

29 FORCES AND EQUIPMENT USED TO STUDY FORCES
4 Min

30 FORCES AND EQUIPMENT USED TO STUDY FORCES [Quiz]
N/A

31 MASS AND WEIGHT
5 Min

32 MASS AND WEIGHT [Quiz]
N/A

33 LAB SAFETY. RULES
4 Min

34 LAB SAFETY. RULES [Quiz]
N/A

35 (Lesson 1)Physical Quantities
3 Min

36 (Lesson 1)Physical Quantities [Quiz]
N/A

1 Definition and branches of science
5 Min

2 Definition and branches of science [Quiz]
N/A

3 -Prominent scientists and discoveries and contributions to improvement in the lives of humans.
5 Min

4 -Prominent scientists and discoveries and contributions to improvement in the lives of humans. [Quiz]
N/A

5 -Definition of physics and some of its branches. What physicists do and how.
5 Min

6 -Definition of physics and some of its branches. [Quiz]
N/A

7 -Observing nature and seeking comprehension (scientific method)
5 Min

8 Observing nature and seeking comprehension (scientific method) [Quiz]
N/A

9 -Some basic equipment in the Physics laboratory
5 Min

10 -Some basic equipment in the Physics laboratory [Quiz]
N/A

11 Safety rules for working in the Physics laboratory
5 Min

12 Safety rules for working in the Physics laboratory [Quiz]
N/A

13 Job Opportunities and Career Options for Science Students
5 Min

14 Job Opportunities and Career Options for Science Students [Quiz]
N/A

15 -What is measurement (qualitative descriptions and quantitative descriptions )
5 Min

16 What is measurement (qualitative descriptions and quantitative descriptions ) [Quiz]
N/A

17 -Units and measuring instruments ( why are they important )
5 Min

18 Units and measuring instruments ( why are they important ) [Quiz]
N/A

19 -Simple measurements using measuring instruments part 1
5 Min

20 Simple measurements using measuring instruments part 1 [Quiz]
N/A

21 -Simple measurements using measuring instruments part 2
5 Min

22 -Simple measurements using measuring instruments part 2 [Quiz]
N/A

23 The matric system converting larger scales to smaller scales
5 Min

24 - The matric system converting larger scales to smaller scales [Quiz]
N/A

25 -Thematric system converting smaller scale units to larger scales
5 Min

26 Thematric system converting smaller scale units to larger scales [Quiz]
N/A

27 -Definition of a physical quantity
5 Min

28 Definition of a physical quantity [Quiz]
N/A

29 -some physical instruments their units and measuring instrument (mass,time,
5 Min

30 some physical instruments their units and measuring instrument (mass,time, [Quiz]
N/A

31 Unit conversion( multiples and submultiples and their prefixes)
5 Min

32 Unit conversion( multiples and submultiples and their prefixes) [Quiz]
N/A

33 -Worked examples on unit conversion
5 Min

34 Worked examples on unit conversion [Quiz]
N/A

1 Definition of matter and states of matter
5 Min

2 Differences between states of matter
5 Min

3 -Interconversion Processes(changing from solid to liquid and vice versa )
5 Min

4 -Interconversion processes ( changing fom liquid to gas and vice versa )
5 Min

5 -Interconversion process changing From solid to gas(examples )
5 Min

6 - Schematic /diagramatic presentation of change of state
5 Min

7 -Definition of length, SI unit and sub- units and measuring instrument
5 Min

8 Definition of mass, SI unit and sub- units and measuring instruments
5 Min

9 Measurement of time ,units subunits and measuring instrument
5 Min

10 Definition of weight, SI unit and sub- units and units of measument
5 Min

11 -Differenes between mass and weight
5 Min

12 Worked examples on calculations involving weight
5 Min

13 -Definition of volume, SI unit and sub- units
5 Min

14 measuring volume of Liquid( alo measuring the volume of liquid displaced by another substance )
5 Min

15 measuring volume of regular shape solids
5 Min

16 measuring volume of irregular shape solids
5 Min

17 work examples involving calculations on volume
5 Min

18 -Define density and state its units -Calculating density of an objection
5 Min

19 - Density of some important substances
5 Min

20 floatin and sinking why substances float and sink
5 Min

21 Temperature ,units and sub-units, measuring instrument
5 Min

22 Difference between temperature and heat
5 Min

23 -Converting between different units of temperature( Kelvin, celsius, farhenheit)
5 Min

24 Investigating a thermometer(clinical and laboratory thermomemeter )
5 Min

25 -Reading and interpretation of information on products
5 Min

26 General summary of measurement
5 Min

1 Thermal energy
5 Min

2 -Definition of energy Units of energy and forms of energy
5 Min

3 Renewable sources of energy
5 Min

4 Non- renewable sources of energy
5 Min

5 Daily uses of energy
5 Min

6 -Common devices that use different forms of energy
5 Min

7 Principle of energy conservation
5 Min

8 -Definition of kinetic energy and examples of objects possessing kinetic energy
5 Min

9 -Definition of potential energy and examples of objects possessing potential energy
5 Min

10 Mechanical energy (k.e = p.e)
5 Min

11 -Definition of light energy and examples of objects possessing light energy
5 Min

12 -Some sources of light energy in every day life
5 Min

13 What is solar energy and source (is it renewable)
5 Min

14 -Advantages of solar energy 56-disadvantages of solar energy
5 Min

15 -sources and uses of chemical energy
5 Min

16 -sources and uses of electrical energy
5 Min

17 -sources and uses of Heat
5 Min

18 -Effects of thermal energy (expansion and change of state )
5 Min

19 -Thermal conductors and insulator
5 Min

20 -Every day uses of conductors and insulators
5 Min

21 Thermal Conduction
5 Min

22 Thermal Convection
5 Min

23 Examples and applicaton of convection in real life
5 Min

24 thermal radiation
5 Min

25 -good and bad absorbers/ emitters of thermal radiation
5 Min

26 -Definition of transducrs and devices that convert energy (transducers for heat and light energy )
5 Min

27 Transducers for other forms of energy
5 Min

28 General summary of Energy
5 Min

29 -Definition, units, and types of forces
5 Min

30 -Effects and type of forces
5 Min

31 -Definition/types of Motion
5 Min

32 Exanples of bodies in motion (linear ,circular motion )
5 Min

33 -Definition of speed and formular to calculate speed
5 Min

34 -Worked examples on calculations involving speed
5 Min

35 Calculating distance covered during motion
5 Min

36 Calculatng time taken during motion
5 Min

37 safety rules for dealing with objects in motion
5 Min

1 How is sound produced
5 Min

2 Instruments that produce sound
5 Min

3 make a small guiter
5 Min

4 definition of vacuum
5 Min

5 Can sound travel in a vaccum (mention the definition of vaccum)
5 Min

6 -Speed of sound in different materials (solids, liquids and gases) 81-Reflection of sound (how echoes are formed )
5 Min

7 Reflection of sound (how echoes are formed )
5 Min

8 effects of loud sound and prevention
5 Min

9 The ear and perception of sound
5 Min

10 -normal and abnormal body temperature ranges
5 Min

1 Definition and types of radiation
5 Min

2 Harmful waste & background radiation
5 Min

3 How to safely deal with radioactive substances
5 Min

4 Explanation of the Green house effects and its causes
5 Min

5 -climate change and its effects
5 Min

6 -dealing with climate Chang (environmental sustainability)
5 Min

7 - Definition of a machine and its importance using machines
5 Min

8 Identification and uses of common tools and machines
5 Min

9 Methods of maintenance (lubrication and cleaning )
5 Min

10 maintenance by repairs using the tools
5 Min

Instructor

Secondary Physics Tutor

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FCFA1,000.00

  • Duration 166 Hours 40 Min

  • Lectures 153 lessons

  • Enrolled 6 students

  • Category: Form 1

  • 30 Quizzes

  • Language: English

  • Skill Level SECONDARY

  • Certificate of Completion

  • Full lifetime access

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