Physics Form 1 Syllabus

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Physics is a branch of Science that investigates and explains the different aspects of nature and how nature behaves. It involves the study of interactions between matter and energy. It uses concepts such as; forces, energy, mass and motion to explain how things happen around us. Physics uses measurement and experimental procedures to test observation in 
order to come up with desired results.

Physics Form 1 Syllabus
  1. Introduction To Physics Syllabus
    1. Concepts of Physics Syllabus
      1. Explain the concepts of physics Syllabus
      2. Establish the relationship between physics and other subjects Syllabus
      3. State the importance of studying physics Syllabus
    2. Applications of Physics in Real Life Syllabus
      1. Explain the applications of physics in real life Syllabus
      2. Apply physics in daily life Syllabus
  2. Introduction To Laboratory Practice Syllabus
    1. Laboratory Rules and Safety Guidelines Syllabus
      1. State rules in physics laboratory Syllabus
      2. Explain the safety measures in physics laboratory Syllabus
      3. Use the First Aid Kit to render first aid Syllabus
      4. Identify warning signs Syllabus
      5. Use warning signs in daily life Syllabus
    2. Basic Principles of Scientific Investigation Syllabus
      1. Explain the concept of scientific investigation Syllabus
      2. Identify the steps of scientific investigation Syllabus
      3. Use the scientific investigation methods in solving problems Syllabus
  3. Measurement Syllabus
    1. Concepts of Measurement Syllabus
      1. Explain the concepts of measurement Syllabus
      2. State the importance of measurement in real life Syllabus
    2. Basic Fundamental Quantities Syllabus
      1. Define a fundamental quantity Syllabus
      2. Mention three basic fundamental quantities of measurement Syllabus
      3. State the S.I unit of fundamental quantities Syllabus
      4. Use appropriate instruments for measuring fundamental quantities Syllabus
    3. Derived Quantities Syllabus
      1. Explain derived quantities Syllabus
      2. State the S.I. units of derived quantities Syllabus
    4. Basic Apparatus/Equipment and their uses Syllabus
      1. Describe basic apparatus/equipments used for measurement Syllabus
      2. Identify sources of errors in measurement Syllabus
    5. Density and Relative Density Syllabus
      1. Explain the concept of density of a substance and its S.I unit Syllabus
      2. Determine the density of regular and irregular solids Syllabus
      3. Determine the density of a liquid Syllabus
      4. Define the relative density of a substance Syllabus
      5. Interpret applications of density and relative density in real life Syllabus
  4. Force Syllabus
    1. Concept of Force Syllabus
      1. Explain the concept of force Syllabus
      2. State the S.I unit of force Syllabus
    2. Types of Force Syllabus
      1. Identify fundamental types of forces Syllabus
      2. Describe the properties of each type of the fundamental forces Syllabus
    3. Effects of Force Syllabus
      1. Identify effects of forces Syllabus
      2. Justify the effects of forces on materials Syllabus
  5. Archimedes’ Principle And Law Of Flotation Syllabus
    1. Archimedes’ Principle Syllabus
      1. Explain the concept of upthrust Syllabus
      2. Verify the archimedes principle Syllabus
      3. Apply the archimedes principle to determine relative density Syllabus
    2. Law of Flotation Syllabus
      1. Distinguish floating and sinking of objects Syllabus
      2. Explain the conditions for a substance to float in fluids Syllabus
      3. Relate upthrust and weight of floating body Syllabus
      4. State the law of flotation Syllabus
      5. Apply the law of flotation in everyday life Syllabus
      6. Describe the mode of action of a Hydrometer Syllabus
      7. Construct a simple Hydrometer Syllabus
      8. Use Hydrometer to determine the relative density of different liquids Syllabus
  6. Structure And Properties Of Matter Syllabus
    1. Structure of Matter Syllabus
      1. Explain the concept of matter Syllabus
      2. Justify the particulate nature of matter Syllabus
      3. Explain the kinetic theory of matter Syllabus
      4. Classify three states of matter Syllabus
    2. Elasticity Syllabus
      1. Explain the concept of elasticity Syllabus
      2. Justify the relationship between tension and extension of a loaded elastic material Syllabus
      3. Identify the applications of elasticity in real life Syllabus
    3. Adhesion and Cohesion Syllabus
      1. Explain the concept adhesion and cohesion Syllabus
      2. Identify the applications of adhesion and cohesion in daily life Syllabus
    4. Surface Tension Syllabus
      1. Explain the concept of surface tension Syllabus
      2. Identify the applications of surface tension in daily life Syllabus
    5. Capillarity Syllabus
      1. Explain the concept of capillarity Syllabus
      2. Identify the applications of capillarity in daily life Syllabus
    6. Osmosis Syllabus
      1. Explain the concept of osmosis Syllabus
      2. Identify the applications of osmosis in daily life Syllabus
  7. Pressure Syllabus
    1. Concept of Pressure Syllabus
      1. Explain the concept of pressure Syllabus
      2. State the S.I unit of pressure Syllabus
    2. Pressure due to Solids Syllabus
      1. Explain dependence of pressure on surface of contact Syllabus
      2. Identify the applications of pressure due to solids Syllabus
    3. Pressure in Liquids Syllabus
      1. Describe the characteristics of pressure in liquids Syllabus
      2. Examine the variation of pressure with depth in liquids Syllabus
      3. Solve problems involving Pressure in Liquids Syllabus
      4. Explain the principle of a hydraulic pressure Syllabus
      5. Measure pressure of a liquid Syllabus
    4. Atmospheric Pressure Syllabus
      1. Describe the existence of atmospheric pressure Syllabus
      2. Identify the applications of atmospheric pressure Syllabus
      3. Measure atmospheric pressure Syllabus
  8. Work, Energy And Power Syllabus
    1. Work Syllabus
      1. Explain the concept of work Syllabus
      2. State the S.I unit of work Syllabus
      3. Determine the work done by an applied force Syllabus
    2. Energy Syllabus
      1. Explain the concept of energy Syllabus
      2. State S.I unit of energy Syllabus
      3. Identify different forms of energy Syllabus
      4. Distinguish between potential energy and kinetic energy Syllabus
      5. Explain the transformation of energy Syllabus
      6. State the principle of conservation of Energy Syllabus
      7. Explain the uses of mechanical energy Syllabus
    3. Power Syllabus
      1. Explain the concept of power Syllabus
      2. State the S.I unit of power Syllabus
      3. Determine the rate of doing work Syllabus
  9. Light Syllabus
    1. Sources of Light Syllabus
      1. Explain the concept of light Syllabus
      2. Identify sources of light Syllabus
      3. Distinguish luminous from non-luminous bodies Syllabus
    2. Propagation and Transmission of Light Syllabus
      1. Explain the concept of rays and beam of light Syllabus
      2. Verify that light rays travels in straight line Syllabus
      3. Identify transparent, translucent and opaque materials Syllabus
    3. Reflection of Light Syllabus
      1. Explain the concept of reflection of light Syllabus
      2. Distinguish regular from irregular reflection of light Syllabus
      3. Apply the laws of reflection of light Syllabus
      4. Describe image formed by a plane mirror Syllabus

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