Physics Form Four

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Physics Form Four

Course description
  • Course Features
  • Collage Secondary
  • No of Lectures 114
  • Certification No

Level

Form Four

No of lectures
  • CH 1 : Kinematics - Distance and Displacements 24 min
  • CH 1 : Kinematics - Speed and Velocity 24 min
  • CH 1 : Kinematics - Accelaration 24 min
  • CH 1 : Kinematics - Distance and Displacement Time graphs 24 min
  • CH 1 : Kinematics - Distance and Displacement Time graphs Part 2 24 min
  • CH 1 : Kinematics - Speed and velocity time graphs Part 1 24 min
  • CH 1 : Kinematics - Speed and velocity time graphs Part 2 24 min
  • CH 1 : Kinematics - Distance and Displacement Time graphs Part 4 24 min
  • CH 1 : Kinematics - Equation for uniform acceleration 24 min
  • CH 1 : Kinematics - Speed and velocity time graphs Part 3 24 min
  • CH 1 : Kinematics - Speed and velocity time graphs Part 4 24 min
  • CH 1 : Kinematics - Equation for uniform acceleration 24 min
  • CH 1 : Kinematics - Equation for uniform acceleration Part 2 24 min
  • CH 1 : Kinematics - Determining speed and acceleration using ticker tape Part 1 24 min
  • CH 1 : Kinematics - Determining speed and acceleration using ticker tape Part 2 24 min
  • CH 1 : Dynamics - Balanced and unbalanced force 24 min
  • CH 1 : Dynamics - Newtons First law of motion 24 min
  • CH 1 : Dynamics - newtons Second law of motion 24 min
  • CH 1 : Dynamics - Air resistance , Acceleration due gravity 24 min
  • CH 1 : Dynamics - Free falling motion 24 min
  • CH 1 : Dynamics - Momentum 24 min
  • CH 1 : Dynamics - newtons Second Third of motion 24 min
  • CH 1 : Dynamics - Law of conservation of momentum 24 min
  • CH 1 : Dynamics - Impulse Part 1 24 min
  • CH 1 : Dynamics - Impulse Part 2 24 min
  • CH 1 : Using Vectors - Introduction 24 min
  • CH 1 : Using Vectors - combining vectors in straight line 24 min
  • CH 1 : Using Vectors - combining perpendicular vectors 24 min
  • CH 1 : Using Vectors - combing non perpendicular 24 min
  • CH 1 : Using Vectors - three or more vectors 24 min
  • CH 1 : Using Vectors - Vector resolution 24 min
  • CH 1 : Using Vectors - projectile motion 24 min
  • CH 1 : Using Vectors - Projectile motion Part 2 24 min
  • CH 1 : Circular motion - centripetal acceleration 24 min
  • CH 1 : Circular motion - centripetal force 24 min
  • CH 1 : Circular motion - angular velocity 24 min
  • CH 1 : Circular motion - application of circular motion 24 min
  • CH 1 : Work energy and power - doing work 24 min
  • CH 1 : Work energy and power - doing work part 2 24 min
  • CH 1 : Work energy and power - kinetic energy and GPE 24 min
  • CH 1 : Work energy and power - work and energy transferred 24 min
  • CH 1 : Work energy and power - transformation of KE an GPE 24 min
  • CH 1 : Work energy and power - power 24 min
  • CH 1 : Deforming solids 24 min
  • CH 1 : Deforming solids - stretching springs and hooke s law 24 min
  • CH 1 : Deforming solids - stretching springs and hooke s law part 2 24 min
  • CH 1 : Deforming solids - spring in series and springs in parallel 24 min
  • CH 1 : Deforming solids - deducing young s modulus from stress- strain graph 24 min
  • CH 1 : Deforming solids - deforming solids - strain energy 24 min
  • CH 2 : Introduction 24 min
  • CH 2 : types of waves 24 min
  • CH 2 : types of waves part 2 24 min
  • CH 2 : characteristics of wave 24 min
  • CH 2 : characteristics of wave part 2 24 min
  • CH 2 : Wave equation 24 min
  • CH 2 : Properties of waves - reflection 24 min
  • CH 2 : Properties of waves - reflection and diffraction 24 min
  • CH 2 : Properties of waves - Interference 24 min
  • CH 2 : Standing wave 24 min
  • CH 2 : Introduction of sound wave 24 min
  • CH 2 : Speed of sound in air 24 min
  • CH 2 : Reflection of sound 24 min
  • CH 2 : Using reflection to determine speed of sound 24 min
  • CH 2 : Echolocation 24 min
  • CH 2 : Refraction and diffraction of sound 24 min
  • CH 2 : Interference of sound 24 min
  • CH 2 : Doppler effect and resonance 24 min
  • CH 2 : Ultrasound 24 min
  • CH 2 : Musical note its Characteristics 24 min
  • CH 2 : Musical instruments - Stringed instruments 24 min
  • CH 2 : Musical Instruments - Wind instruments and percuation instrument 24 min
  • CH 3 : History of telecommunication 24 min
  • CH 3 : Representing Information 24 min
  • CH 3 : Basic Communication System 24 min
  • CH 3 : Radio waves 24 min
  • CH 3 : Radio system - Transmitter 24 min
  • CH 3 : Radio System - Reciver 24 min
  • CH 3 : Electrical oscillation 24 min
  • CH 3 : Turning Circuit 24 min
  • CH 3 : Television 24 min
  • CH 4 : Introduction 24 min
  • CH 4 : Characteristics of radioactive materials 24 min
  • CH 4 : Types of Radiations 24 min
  • CH 4 : Characteristics of radiations 24 min
  • CH 4 : Nuclear equation 24 min
  • CH 4 : Effects of the nucleus 24 min
  • CH 4 : Radioactive Decay 24 min
  • CH 4 : Isotopes , isobars and nuclides 24 min
  • CH 4 : Rate of Decay and half life 24 min
  • CH 4 : Rate of Decay and half life Part 2 24 min
  • CH 4 : Half-life Calculations 24 min
  • CH 4 : Radiation detectors 24 min
  • CH 4 : Radiation detectors Part 2 24 min
  • CH 4 : Nuclear Reaction 24 min
  • CH 4 : Nuclear Reactor 24 min
  • CH 4 : Applications and hazards of nuclear radiations 24 min
  • CH 4 : Applications and hazards of nuclear radiations Part 2 24 min
  • CH 5 : Introduction 24 min
  • CH 5 : Condition necessary for electromagnetic induction 24 min
  • CH 5 : Faradys Law 24 min
  • CH 5 : Flemings right hand rule 24 min
  • CH 5 : Calculation of the induced EMF and direction of current 24 min
  • CH 5 : Exercise of the induced EMF and direction of current 24 min
  • CH 5 : Lenzs Law 24 min
  • CH 5 : Applications of electromagnetic induction - small scale applications 24 min
  • CH 5 : Applications of electromagnetic induction - Large scale applications 24 min
  • CH 5 : Mutual induction 24 min
  • CH 5 : Applications of mutual induction - Transformers 24 min
  • CH 5 : Types of Transformers 24 min
  • CH 5 : Worked Examples of Transformer calculations Part 1 24 min
  • CH 5 : Worked Examples of Transformer calculations Part 2 24 min
  • CH 5 : Power lost in transformers 24 min
  • CH 5 : Electrical Power Transmission 24 min
  • CH 5 : National Grid System 24 min
About Instructor
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Kayse Hussen Nur
Physics Teacher

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