PHYSICS TEACHING AND LEARNING RESOURCES
General outcomes
Physics
Develop an understanding of General Physics
Develop investigative skills
Demonstrate an understanding of mechanics
Demonstrate an understanding of thermal physics
Develop investigative skills
Demonstrate an understanding of wave motion
Demonstrate an understanding of sound
Demonstrate an understanding of Light
Demonstrate an understanding of magnetism
Demonstrate an understanding about Static electricity
Develop investigative skills
Demonstrate an understanding of Current Electricity
Demonstrate an understanding about electromagnetic induction
Demonstrate an understanding of basic electronics
Demonstrate an understanding about atomic physics
Key Competence
Demonstrate ability to measure length, time, mass, weight and volume
Show skills and knowledge to calculate density, speed, velocity, acceleration and force
Demonstrate ability to use different sources of energy
Demonstrate ability to use simple machines to do work
Demonstrate ability to show how pressure varies with volume and temperature
Show skills and knowledge on the construction of thermometers
Demonstrate ability to show heat transfer in solids ,liquids ,and gases
Demonstrate ability to measure current and voltage
Show skills and knowledge to dispose cells and battery
Demonstrate ability to save electricity
Demonstrate ability to cost use of electricity
General physics
International System of Units
Specific Outcomes:
Distinguish between basic and derived quantities
Identify basic units and derived units
Distinguish between basic and derived quantities
Identify basic units and derived units.
Recognise prefixes, multiples and submultiples of fundamental and derived units.
Use scientific notation and significant figures in numerical problems.
Demonstrate the use of various measuring instruments to determine length
Demonstrate the use of clocks and devices for measuring an interval of time
Identify factors that affect the period of a simple pendulum
Distinguish between mass and weight
Demonstrate how to measure mass and weight
Demonstrate how to locate the centre of mass of an object
Describe qualitatively the effect of the position of the centre of mass on the stability of an object.
Click here to explore: General Physics Lesson Mind Map
Introduction
International System of Units (SI), French Système Internationale d'Unités, international decimal system of weights and measures derived from and extending the metric system of units. Adopted by the 11th General Conference on Weights and Measures in 1960, it is abbreviated SI in all languages.
Watch This Video First: Full Lesson Physical Quantities and Measurements
SI units intro System of units Base and derived units Quantity base/derived Derived quantities Conversions Conversions 2 Scientific Notations Scientific Notation 2 How to convert Significant figures
Measuring quantities Measuring Quantities 2 Unit & measurement Mass and weight Mass vs weight
Mass & weight clarification Centre of mass calculations Stability & centre of mass
Read General Physics Notes Below:
Further Reading Unit 1: Tom Duncan and Heather Kennett 2014
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Simulation: Pendulum Lab
Mechanics
Linear Motion
Describe the terms used in mechanics.
Demonstrate the use of equations of uniformly accelerated motion to solve problems
Interpret graphical representation of distance-time, Displacement -time, speed-time, velocity-time and acceleration-time.
Investigate the consequences of over speeding
Describe the acceleration of free fall for a body near the earth.
Describe qualitatively the motion of bodies falling in a uniform gravitational field with and without air resistance
Introduction: Linear Motion
Media Resources
Watch This Video First: Linear Motion Full Lesson
Explore More:
Linear Motion Graphs Equations of Motion Equations Of Motion 2 Linear Motion
Velocity Vs Time Graph Velocity and Acceleration Free Fall Free Fall Calculations
SImulations: 1. Motion with Constant Acceleration 2. Forces and Motion
Read Notes Below:
Further Reading Unit 1: Tom Duncan and Heather Kennett 2014
Download the book Here
Forces
Explain what force is.
Explain the effect of forces on bodies.
Describe the inertia law
Demonstrate the relationship between force and acceleration
Demonstrate the relationship between mass and acceleration.
Perform calculations on force.
Investigate the effect of force on a spring.
Demonstrate the effects of friction on the motion of a body.
Describe the motion in a circular path due to a perpendicular force.
Perform calculations based on the principle of moments.
Investigate the everyday application of moments.
Explain the meaning of the terms work, energy and power.
Identify the units of measurement for work, energy and power
Calculate work using the appropriate formula
Identify the different forms of energy
Demonstrate energy transformation from one form to another
Describe the conservation of energy
Demonstrate the calculation of efficiency of energy conversion using the appropriate formula
Demonstrate calculation of power using the appropriate formula
Introduction: Force introduction
Media Resources
Watch These Videos First: 1. Forces and Motion Full Lesson 2. Force and Laws of Motion Full Lesson
Force 2 Effects of force Effects of forces Inertia and Mass 1st law of motion 2nd law of motion
3rd law of motion Force,mass & acceleration 2nd law of motion 2 Calculating force
Calculating force,mass & acceleration stretching a spring Factors affecting friction Rolling friction
Friction Circular motion circular motion 2 Principle of ,moments & weights on bridges
Turning forces Moments,torque and angular momentum Moments Law of moments Work,energy & power
Work & energy Work & energy 2 Power/work/energy Different forms of energy Forms of energy 2
Forms of energy 3 Gravitational potential & kinetic energy Gravitational potential and kinetic energy 2 Calculations/gravitational potential and kinetic energy Gravitational potential energy
Gravitational potential energy 2 Renewable energy Renewable energy 2 Non-renewable energy
Renewable and non-renewable energy Environmental impact of use of energy
Environmental effects of energy consumption Energy transformations Energy transformations 2
Conversation of energy Law of conservation of energy Law of conservation of energy
Application of law of conservation of energy Efficiency calculations Power and efficiency
Power and efficiency 2 Power work and energy
Simple Machines
Pulley, lever,wheel simple machines 1 Simple machines 2 Simple machines demo Mechanical advantage
Simple machines calculations Simple machine calculations 2
Relationship between Efficiency & mechanical advantage
Further Reading Unit 1: Tom Duncan and Heather Kennett 2014
Download the book Here
Explore More Notes below:
Simulations
Forces and Motion
Simulations: Friction
Energy Forms and Changes
Gravity Force Lab
Hook's Law
Masses and Springs
Thermal Physics
Explain What the kinetic theory is
Describe qualitatively the molecular model of matter.
Explain changes of state in terms of the kinetic theory of matter
Apply kinetic theory to explain rates of diffusion, Brownian motion, evaporation and cooling effect of evaporation
Introduction:
Media Resource:
Watch This Video First: Kinetic Theory of Matter Full Lesson
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Kinetic molecular theory Kinetic theory of gases Kinetic theory and phase changes Molecular model of matter
Change of state Solids,liquids and gases Kinetic molecular theory and diffusion Brownian motion
Evaporation causes/cooling Evaporation Heating and cooling graphs Evaporation and condensation
Further Reading Pages 72-80: Tom Duncan and Heather Kennett 2014
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Measurements of Temperature
Specific Outcomes
Explain what temperature is
Describe physical properties of substances which change with temperature.
Measure the temperature with thermometers
Describe suitability of alcohol and mercury for use in liquid-in-glass thermometers.
Describe the relationship between the Celsius and Kelvin scales.
Describe the structure and use of a thermocouple thermometer
Demonstrate the measurement of temperature using an appropriate thermometer
Introduction:Temperature intro
Media Resource
Watch This Video First: Measurements of Temperature Full Lesson
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Temperature and heat What is temperature? Physical and chemical changes 1
Physical and chemical changes 2 Physical and chemical changes 3
Temperature and thermometers 1
Types of Thermometers Types of Thermometers 2 Clinical Thermometer Mercury vs Thermometer
Fahrenheit,Celsius & Kevin scales Temperature scales Thermocouple Thermocouple 2
Reading Pages 85-96: Tom Duncan and Heather Kennett 2014
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Read Notes Below:
Quiz: Thermometers and Measurements of Temperature
Expansion of Solids, Liquids and Gases.
Describe qualitatively the thermal expansion of solids, liquids and gases
Explain the effects of expansion of water on aquatic life.
Demonstrate that solids, liquids and gases expand at different rates.
Demonstrate how to determine the boiling and melting point of different substances.
Explain effects of pressure on the melting and boiling points.
Investigate effects of impurities on the melting and boiling Points of substances
Demonstrate the effect of varying pressure on volume of a gas
Describe the relationship between temperature and volume of a gas
Explain the Kelvin scale from the relationship between temperature and volume.
Demonstrate the use of the ideal gas equation to solve simple numerical problems.
Introduction:Thermo expansion intro
Media Resource
Watch This Video First: Expansion of Solids,Liquids and Gases Full Lesson
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Gaps in rail tracks Linear expansion of solids Thermo expansion of solids
Expansion of gases Thermo expansion Thermo expansion of liquids
Thermo expansion of liquids Therm expansion of solids and liquids Water and expansion
Thermo expansion of water Anomalous expansion of water Physical properties
Real life application of Thermo expansion Effects of heat on matter Boiling and melting point
Melting point of naphthalene Effects of pressure on boiling water
Effects of pressure and impurities on melting point Atmospheric pressure & boiling point
Effects of pressure & Temperature on matter Pressure and volume of gas
Pressure,Volume and Temperature Pressure in gases Absolute zero Absolute temperature and the Kevin scale
Kevin scale Ideal gas equation Ideal gas equation 2 Ideal gas equation 3
Reading Pages 81-84: Tom Duncan and Heather Kennett 2014
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Simulation: Gas Properties
Simulation: Energy forms and changes through Heat conduction
Heat transfer by Conduction, Convection and Radiation.
Explain methods of heat transfer.
Use kinetic theory to explain heat transfer.
Demonstrate heat conduction in different substances.
Demonstrate the uses of bad and good conductors of heat.
Demonstrate convection in liquids and gases.
Demonstrate the differences between bad and good absorbers of radiant energy
Demonstrate the differences between good and bad heat emitters.
Explain every day’s applications of knowledge on conduction, convection and radiation.
Introduction: Heat Transfer
Media Resource:
Watch This Video First: Heat Transfer through Conduction,Convection and Radiation
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Conduction,convection & Radiation Heat transfer 1 Heat transfer 2 Conduction of heat Convection
Radiation Radiation 2 Conductors and Insulators Bad conductors What material conducts heat best?
Black bodies and heat conduction Infra red radiation Colour and emission of heat Radiation technologies in daily life
Reading Pages 97-104: Tom Duncan and Heather Kennett 2014
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Read More Notes Below:
Quiz: Heat Transfer Conduction,Convection and Radiation
Wave Motion
Demonstrate wave motion.
Distinguish between longitudinal and transverse waves.
Describe the terms associated with waves
Apply the wave equation in solving wave motion problems
Explain the use of waves in everyday life.
Introduction: Introduction to wave motion
Media Resource:
Watch This Video First: Wave Motion Full Lesson
Explore More:
Wave motion 1 Wave motion 2 Wave machine demo
Transverse and longitudinal waves Transverse and Longitudinal waves 2 Transverse and longitudinal waves 3
Transverse and longitudinal waves demo Wave behaviour Period,Frequency,Wave Length,Wave speed Wave terminologies Sound properties Equation of a wave Waves in real life Application of Electromagnetic Waves
Reading Pages 106-112: Tom Duncan and Heather Kennett 2014
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More Notes Here: Wave Motion Summary Notes
Simulation: Wave Interference
Simulations:Waves on a string
Electromagnetic Spectrum
Specific Outcomes
Describe main components of electromagnetic spectrum.
Describe the properties of electromagnetic waves
Identify the sources of each of the rays in the electromagnetic spectrum
Explain the use of each of the waves in the electromagnetic radiation spectrum.
Explain the harmful effects of ultra violet radiation, gamma rays and x-rays to life.
Describe the method of detection of each of the main components of the electromagnetic spectrum.
Introduction: What is Electromagnetic Spectrum?
Media Resource
Watch This Videos First: Electromagnetic Spectrum
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Propagation of electromagnetic Waves
Types of electromagnetic spectrum Properties of electromagnetic waves
E.M radiation Uses of E.M Uses of E.M Dangers of E.M radiation Dangers of E.M radiation
Advanced full lesson-Electromagnetic spectrum
Reading Pages 135-139: Tom Duncan and Heather Kennett 2014
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Summary Notes: Electromagnetic Spectrum 1 Electromagnetic Spectrum 2
Animation-Electromagnetic Spectrum
Simulation: Colour Vision
Properties of Sound
Explain how sound is produced.
Describe what rarefactions and compressions are
Describe the approximate range of audible frequencies
Investigate that sounds requires a medium for transmission
Determine the speed of sound in air.
Describe the relative speed of sound in solid, liquid and gas.
Demonstrate the characteristics of sound waves.
Describe the factors which influence the quality of sound
Describe what ultrasonic is
Describe the uses of ultrasonic.
State how to minimise sound pollution
Introduction: Sound intro
Media Resources
Watch This Lesson First: Sound Full Lesson
Explore More
Characteristics of sound waves Graphical representation of sound waves Sound behaviour
Sound experiment Hearing range of humans Frequencies and sound Sound propagation Sound transmission
Speed of sound Speed of sound 2 Speed of sound 3 Speed of sound 4
Relative speed of sound in solids,liquids and gases sound waves behaviour 2 Factors influencing the speed of sound in air Ultra sound Principles of ultra sound Uses of ultra sound Ultra sound in real life
How Ultra sound works demo Uses of ultra sound 2
Reading Pages 140-144: Tom Duncan and Heather Kennett 2014
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Read More Notes Below:
Quiz: Properties of Sound
Light
Specific Outcomes
Describe the rectilinear propagation of light.
Investigate the formation of shadows and eclipse.
Describe reflection of light.
Investigate the laws of reflection of light
Demonstrate the formation of images by plane mirrors.
Identify the position of an image using plane mirrors.
Describe what refraction of light is
Explain the terms of refraction of light
Verify the laws of refraction of light.
Describe what refractive index is
Investigate the refractive index of a glass block.
Calculate refractive index of a substance (n) using real and apparent depth
Explain the term ‘critical angle’
Describe the relationship between critical angle and refractive index
Explain how total internal reflection occurs
Explain how total internal reflection is used.
Describe different types of lenses.
Explain the action of lenses on beams of light.
Demonstrate how to determine the focal length,
Demonstrate how to obtain images formed by converging lenses
Describe the uses of lenses in everyday life.
Introduction:
Rectilinear Propagation/Reflection of Light
Watch These Lessons First: 1. Rectilinear Propagation of Light Full Lesson 2. Reflection of Light
3. Reflection of Light 2 4. The Human Eye 5. Human Eye 2
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Rectilinear propagation 1 Rectilinear Propagation 2 Formation of shadows Light & shadow eclipse
Umbra & Penumbra Reflection of light Regular & diffused reflection Laws of reflection
Laws of reflection 3 Structure of the human eye Light Properties of an image formed by a plane mirror
Real and virtual images Formation of an image in the plane mirror Reflection practical
Refraction of Light
Watch These Videos First: 1. Refraction of Light 2. Refraction of Light
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Intro refraction of light Why does refraction occur? Law of refraction of light Terms in refraction
Refraction of light Snell's Law Refractive index Refractive index 2 Calculating refractive index
Refractive index calculating formula Total internal reflection Total internal reflection 2 Total internal reflection 3 Critical angle Refractive index vs critical angle effects of internal reflection Total internal reflection demo 1
Total internal reflection demo 2 Total internal reflection demo 3
Lenses
Watch These Lesson First: 1. Converging Lenses 2. Concave and Convex Lenses 1
3. Concave and Convex Lenses 2 4. Concave and Convex Mirrors
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Intro to Lenses Lenses Convex and concave lenses Converging lenses Ray diagrams
Ray diagram Concave Mirror Ray diagram Convex lens Ray diagram Concave,Convex Lenses and Mirrors
Ray diagram Concave lens and Convex mirror Focal length Defining Focal length Focal length 2
Concave and Convex lenses in real life Application of lenses
Detailed Lessons for further information on Ray Diagrams
Click Here and Here
Reading Pages 113-129: Tom Duncan and Heather Kennett 2014
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Simulation:Blackbody Spectrum
Simulation: Refraction
Magnetism
Specific Outcomes
Describe properties of magnets
Explain the domain theory of magnetism
Demonstrate induced magnetism.
Demonstrate the making of a magnet
Demonstrate the demagnetisation of a magnet
Demonstrate the plotting of magnetic field lines.
Distinguish the magnetic properties of iron and steel.
Explain the use of magnetic screening and magnetic keepers.
Describe the uses of magnets.
Introduction: Introduction to Magnetism
Media Resource
Watch These Videos First: Magnetism Electromagnetism Electromagnetism full lesson
Magnetic Fields Magnetic Field due to a Current Carrying Circular Coil
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Properties of a magnet Magnets Magnetism 1 Magnetism 2 magnetism Magnetic domains
Permanent and induced magnetism Making a magnet Methods of demagnetization
Methods of magnetization and demagnetization Magnetic field and field lines
Magnetic properties of Steel vs Iron Electromagnetism Magnetic keepers Use of Magnets Use of Magnets
Electromagnetic devices Magnetism and sound Experiments with Magnets Magnetism
Reading Pages 146-150 and 209-215: Tom Duncan and Heather Kennett 2014
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Summary Notes Below
Simulation: Faraday's Law-Magnetic Field
Static Electricity
Specific Outcomes
Demonstrate existence of static charges
Explain how to detect electric charges
Describe the properties and uses of static charges
Describe the electric charging and discharging of objects
Explain the relationship between current and static electricity
Investigate effects of static charges on the environment
Introduction: Intro Static electricity
Media Resource
Watch These Lessons First: Static Electricity Full Lesson Static Electricity Lesson
Static Electricity Lesson 2 Static Electricity Demonstration Static Electricity Summary
Explore More
Static electricity Electroscope Gold leaf electroscope experiment
Electric charge Charging objects and charge polarization Electrostatic discharge Electrostatic discharge 2
static electricity vs current electricity Static vs current electricity 2 Static electricity causes and effects
Static electricity causes ans effects Lightening
Reading Pages 150-157: Tom Duncan and Heather Kennett 2014
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Simulation: Balloons Static Electricity
Simulation: Coulomb's Law-Electrostatics
Simulation: Charges and Fields-Electric Fields
Current Electricity
Specific Outcomes
Describe the terms associated with electricity
Identify the units of electric charge and current.
Demonstrate how to measure an electric current.
Describe what potential difference is.
Describe what the volt is.
Differentiate between potential difference (PD) and electromotive force (EMF)
Describe the basic concept of EMF.
Demonstrate the measuring of potential difference (PD) and electromotive force (EMF)
Describe the structure of primary and secondary cells.
Demonstrate charging and discharging of the accumulator.
Identify methods of disposal of used cells
Explain the meaning of resistance
Demonstrate how to determine resistance in a simple circuit.
Describe the relationship between current and potential difference in Ohmic and non Ohmic conductors
Describe what the internal resistance of a cell is.
Calculate the resistance in series and parallel circuits with Ohm’s law.
Demonstrate energy transformations in an electric circuit.
Investigate the heating effect of an electric current.
Demonstrate how to calculate electrical energy.
Describe the relationship of voltage, current and power.
Demonstrate how to calculate the cost of using electrical Energy
Describe the use of switches, fuses, earthing and the three pin-plugs.
Demonstrate energy transformations in an electric circuit.
Investigate the heating effect of an electric current.
Demonstrate how to calculate electrical energy.
Describe the relationship of voltage, current and power.
Demonstrate how to calculate the cost of using electrical Energy
Describe the use of switches, fuses, earthing and the three pin-plugs.
Explain magnetic field patterns of electric currents.
Describe the applications of the magnetic effect of an electric current.
Explain the behaviour of an electric current in a magnetic field.
Describe the application of a current placed in a magnetic field.
Describe the nature of forces between parallel currents.
Describe the effect of magnetic fields on human health and environment.
Introduction: Current Electricity
Media Resource
Watch These Lessons First:
Current Electricity Full Lesson Electricity Lesson 1 Electricity Lesson 2/experiment
Current in Series Circuits Electricity in Parallel Circuits Potential Difference Resistance Mains Electricity
The National Grid Resistance of a Filament Lamp
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Electrical terms and concepts Electric terms Introduction to Electricity Potential difference
Charge,current and voltage Coulomb,what is it? Electrical current Electric current 2 Measuring electric current
Current in parallel circuits Current in series Calculating current and potential difference
Voltage Potential difference,EMF,Voltage Potential difference vs EMF Electric Potential Difference
Electric cells
Batteries intro Intro 2 Primary and Secondary Cells Electrochemistry Lead battery acid Lead battery recycling
Batteries,recycling & the environment
Electrical resistance
Electrical resistance 1 Electrical resistance 2 Electrical resistance 3 Setting up Ohms law circuit
Voltage and current laws Calculating total resistance in series and parallel circuits Resistance in electric circuits
Ohm's Law Resistors in series and parallel Internal resistance of a cell Internal resistance of a battery 2
Series and parallel circuits full lesson -2 hours Heating effect of electric current
Heating effect of electric current 2 Heating effect of electric current 3 Circuits energy transformations
Electrical energy calculations Voltage,current & power
Electrical resistance/heating effect of electric current
Voltage,current,resistance and power Volts,Amps and Watts Voltage,current & resistance Electric power
Electric power 2 Electric power 3 Live,neutral,earth,fuses & fuses and circuit breakers fuses and earth
Double insulated and earth wire Double insulated appliances Electrical installation-domestic
Magnetic effects of electric currents
intro Magnetic effect on electric current Magnetic effects on electric current Magnetic field due to current
Magnetic effect due to current Magnetic field around current Magnetic field of a wire Magnetic field pattern
EMF effects EMF radiation EMF and health
Reading Pages 157-167: Tom Duncan and Heather Kennett 2014
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Simulations: Circuit Construction Virtue Lab. D.C
Simulation: Ohms Law
Electromagnetic induction
Specific Outcomes
Investigate the phenomenon of electro-magnetic induction
Describe the factors affecting magnitude and direction of induced EMF
State the direction of current produced by an induced EMF
Describe simple A.C. and D.C. generators.
Compare the simple A.A. generator with a simple D.C. generator in terms of structure and its nature.
Describe the action of a diode in rectification.
Explain conversion of an A.C. generator to a D.C. generator.
Contrast the current produced by the D.C. generator with that produced from batteries.
Demonstrate the principles of mutual induction.
Describe the structure and operation of iron core transformers.
Apply the transformer and power equations to solve numerical problems involving ideal transformers
Calculate the efficiency of a transformer given data.
Explain advantages of high alternating potential difference power transmission.
Describe the implications of underground power transmission compared to overhead lines.
Describe the effects of improper management of transformers
Introduction: Induction Electromagnetic Induction
Media Resources
Watch These Videos First:
Electromagnetic Induction Basic Lesson Electromagnetic Induction Summary Lesson
Electromagnetic Induction-Detailed Lesson Electric Motor D.C Motors A.C Motor/Generator A.C and D.C Motors
Explore More
Electromagnetic induction Electromagnetic induction 2 Factors that affect magnitude EMI
Lenz's law,right hand rule,induced current
The simple A.C. and D.C. generators
A.C Generators A.C & D.C Generators Commutators Rectifier A.C & D.C Differences A.C vs D.C
Transformers
Transformer intro Transformers demos How the transformer work Self and mutual induction Self induction
Transformers calculations Transformer calculations 2 Transformer calculations 2
Transformer circuit and equation Transformer voltage and turns High voltage in power lines and its effects
Underground vs overhead transmission Over head and underground transmission Transformer faults
Reading Pages 199-215: Tom Duncan and Heather Kennett 2014
Download the book Here
Simulation: Faraday's Law
Electromagnetic induction
Specific Outcomes
Investigate the phenomenon of electro-magnetic induction
Describe the factors affecting magnitude and direction of induced EMF
State the direction of current produced by an induced EMF
Describe simple A.C. and D.C. generators.
Compare the simple A.A. generator with a simple D.C. generator in terms of structure and its nature.
Describe the action of a diode in rectification.
Explain conversion of an A.C. generator to a D.C. generator.
Contrast the current produced by the D.C. generator with that produced from batteries.
Demonstrate the principles of mutual induction.
Describe the structure and operation of iron core transformers.
Apply the transformer and power equations to solve numerical problems involving ideal transformers
Calculate the efficiency of a transformer given data.
Explain advantages of high alternating potential difference power transmission.
Describe the implications of underground power transmission compared to overhead lines.
Describe the effects of improper management of transformers
Introduction: Induction Electromagnetic Induction
Media Resources
Watch These Videos First:
Electromagnetic Induction Basic Lesson Electromagnetic Induction Summary Lesson
Electromagnetic Induction-Detailed Lesson Electric Motor D.C Motors A.C Motor/Generator A.C and D.C Motors
Explore More
Electromagnetic induction Electromagnetic induction 2 Factors that affect magnitude EMI
Lenz's law,right hand rule,induced current
The simple A.C. and D.C. generators
A.C Generators A.C & D.C Generators Commutators Rectifier A.C & D.C Differences A.C vs D.C
Transformers
Transformer intro Transformers demos How the transformer work Self and mutual induction Self induction
Transformers calculations Transformer calculations 2 Transformer calculations 2
Transformer circuit and equation Transformer voltage and turns High voltage in power lines and its effects
Underground vs overhead transmission Over head and underground transmission Transformer faults
Reading Pages 199-215: Tom Duncan and Heather Kennett 2014
Download the book Here
Simulation: Faraday's Law
Basic Electronics
Describe What thermionic emission is
Investigate properties of cathode rays
Distinguish between direction of flow of electrons and flow of conventional current.
Describe applications of electron beams.
Describe the basic structure and an action of cathode-ray oscilloscope.
Describe the uses of cathode-ray oscilloscope.
Media Resource
Watch This Lesson First:Thermionic Emissions
Thermionic Emissions Cathode ray tube Cathode ray tube Properties of cathode rays Direction of current flows
Conventional vs electron flow Current flow Cathode ray Oscilloscope Cathode ray Oscilloscope 2
Structure of Cathode Ray Oscilloscope X-rays X-rays 2 Application of Cathode ray Oscilloscope
Use of Cathode ray Oscilloscope
Note Coming soon!
Atomic Physics
Describe the structure of the atom
Describe the composition of the nucleus in terms of protons and neutrons
Explain mass number and atomic number
Describe the nature of radioactivity.
Describe the characteristics of the three kinds of radioactive radiations: alpha, beta and gamma.
Describe methods of detecting radioactive emissions.
Explain the origin and effects of background radiations
Describe what radioactive decay is.
Describe what nuclear fusion and fission is.
Demonstrate how to determine half-life of a radioactive material
Explain uses of radioactive substances
Describe the safety precautions necessary when handling or storing radioactive substances.
Explain the effects of radioactive substances on the environment and health.
Investigate management practices which safeguard the environment from radioactive contamination.
Introduction: Atomic Physics
Media Resource:
Watch These Lessons First:
Atomic Physics Lesson Series Radioactivity Lesson Series Radioactivity Full Lesson
Explore More:
Nuclear Atom
Atomic structure Atomic structure 2 Electrons,Neutrons and Protons Parts of an atom
Radioactivity
Radioactivity introduction Radioactivity intro 2 Radioactivity Radioactivity 2 Ionization Absorption
Alpha,Beta and Gamma radiation Radiation rays Properties of Alpha,Beta and Gamma rays
Radioactivity detectors Detecting nuclear radiation Geiger Muller Tube -Radiation protection
Geiger Muller Tube-radiation protection 2 Geiger Muller Tube-radioactivity Nuclear fission and Fusion
Nuclear fusion Nuclear fission Nuclear fusion vs Nuclear fusion Half life Nuclear physics
Radioactive decay calculations Radioactive decay calculations 2 Radioactive decay calculations 2
Uses of radioactive material Uses of Alpha radiation Uses of Beta and Gamma radiation Radiation safety
Precaution with radioactive material Biological effects radiation Effects of radiation on health
Reading Pages 230-238: Tom Duncan and Heather Kennett 2014
Download the book Here
Full Chapter Section Videos
Physics
Electromagnetic Waves || Full Chapter Electromagnetic Induction || Full Chapter
Units and Measurements || Full Chapter Current Electricity || Full Chapter
Duel Nature of Radiation and Matter || Full Chapter Kinetic Theory || Full Chapter
Laws of Motion || Full Chapter Motion in a Plane || Full Chapter
Semiconductor Electronics Part -1 || Full Chapter Semiconductor Electronics Part -2 || Full Chapter
Nuclei || Full Chapter Atoms || Full Chapter Wave Optics || Full Chapter
Ray Optics and Optical Instruments Part -1 || Full Chapter
Ray Optics and Optical Instruments Part -2 || Full Chapter
Alternating Current || Full Chapter Magnetism and Matter || Full Chapter
Moving Charges and Magnetism || Full Chapter Electrostatic Potential & Capacitance Part-1 || Full Chapter
Electrostatic Potential & Capacitance Part-2 || Full Chapter Waves || Full Chapter Oscillations || Full Chapter
Thermodynamics || Full Chapter Thermal Properties of Matter || Full Chapter
Mechanical Properties of Fluids Part 1 || Full Chapter Mechanical Properties of Solids || Full Chapter
Work Energy and Power || Full Chapter Current Electricity || Full Chapter Static Electricity || Full Chapter
Newton's Laws of Motion || Full Chapter Propagation Of Sound Waves || Full Chapter
Measurement of Length, Volume, Time and Mass || Full Chapter
Magnetic Field and Electric Currents || Full Chapter Rectilliear Propagation Of Light || Full Chapter
Reflection of Light at a Plane Surface || Full Chapter Thermometry || Full Chapter
Expansion Of Solids, Liquids And Gasses || Full Chapter Experimentation|| Full Chapter
Transfer of Heat || Full Chapter Sources of Energy || Full Chapter Electricity || Full Chapter
Light-Reflation and Refraction || Full Chapter Electric Charges and Fields Part -1 || Full Chapter
Electric Charges and Fields Part - 2 || Full Chapter Carbon and its compounds || Full Chapter
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