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PHYSICS
This syllabus aims to:
ORGANISATION OF THE SYLLABUS: The syllabus is divided into five (5) Sections:
SECTION 1 –
SECTION 2 –
SECTION 3 –
SECTION 4 –
SECTION 5 –
These recommended free e-resources are specifically aligned with the Caribbean Secondary Education Certificate (CSEC) curriculum framework as suggested in the CSEC Physics Syllabus. Resources provided generally relate to the topics of study recommended by CXC:
Mechanics
Thermal Physics and Kinetic Theory
Waves and Optics
Electricity and Magnetism
The Physics of the Atom
This syllabus generally aims to:
NOTE: Greater emphasis is placed on the application of scientific concepts and principles of Physics so as to expose students to the long-term transferrable skills of ethical conduct, team work, problem solving, critical thinking, innovation and communication. On completion of this program, Students of will attain not only positive values and attitudes towards the physical components of the environment, but a sound foundation for pursuance of further studies in science.
TOPIC 1. MECHANICS
SUB TOPIC 1. SCIENTIFIC METHOD
GALILEOPPT
VIDEO
The Pendulum and Galileo
https://www.youtube.com/watch?v=MpzaCCbX-z4
WEBSITE
SIMPLE PENDULUM - GRAPHS AND GRADIENT OF A STRAIGHT LINEPOWERPOINT
PDF
VIDEO
INTERACTIVE
WEBSITE
MEASUREMENT (COMMON ERRORS, SOURCES & INSTRUMENTS, DENSITY FORMULA (p=m/v))WEBSITE
PDF
VIDEO
SUB TOPIC 2. VECTORS (CALCULATIONS, BASIC MECHANICS)
VIDEO
Forces and Newton 2: Adding Parallel Vectors
https://www.youtube.com/watch?v=chbO5-PfQzo
WEBSITE
INTERACTIVE
SUB TOPIC 3. STATICS (EFFECTS & TYPES OF FORCES, OBJECT WEIGHT, DERIVED QUANTITIES, ETC.)
FORCES, FVIDEO
INTERACTIVE
WEBSITE
PDF
Quantities and units
https://www.pearsonhighered.com/assets/samplechapter/0/1/3/4/0134879481.pdf
TURNING FORCES (MOMENT, TOOLS, PRINCIPLES, GRAVITY OF THE BODY, WEIGHT)POWERPOINT
PDF
VIDEO
WEBSITE
PDF
DEFORMATION (EXTENION & FORCE, NEWTON & HOOKE’S LAWS, SPRING BALANCE, ELASTICITY)VIDEO
WEBSITE
SUB TOPIC 4. DYNAMICS: MOTION IN A STRAIGHT LINE
DEFINITIONS (DISTANCE, DISPLACEMENT, SPEED, VELOCITY, ACCELERATION, TIME GRAPH)VIDEO
WEBSITE
DISPLACEMENT TIME AND VELOCITY TIME GRAPHSPOWERPOINT
VIDEO
ARISTOTLE (‘LAW OF MOTION’ that is v u F”)PDF
VIDEO
NEWTON’S LAWS (3 LAWS OF MOTION, DYNAMIC SYSTEMS & LINEAR MOMENTUM)VIDEO
WEBSITE
PDF
INTERACTIVE
SUB TOPIC 5. ENERGY
FORMS OF ENERGYDEFINITIONSVIDEO
WEBSITE
E-BOOK
FORMS OF ENERGYWEBSITE
POWERPOINT
PDF
VIDEO
INTERACTIVE
ENERGY TRANSFORMATIONPOWERPOINT
VIDEO
INTERACTIVE
WEBSITE
TOPIC 3. WAVES AND OPTICS
SUB TOPIC 1. WAVE MOTION
TYPES OF WAVESVIDEO
WEBSITE
WAVE PARAMETERS (SPEED, FREQUENCY, WAVELENGTH, PERIOD, AMPLITUDE, TRANSVERSE AND LONGITUDINAL WAVES, DISPLACEMENT POSITION & DISPLACEMENT-TIME GRAPHS)WEBSITE
VIDEO
SUB TOPIC 2. SOUND
PRODUCTION AND PROPAGATION (MEDIUM & SOUND PRODUCTION)WEBSITE
SPEED OF SOUND (PRACTICAL APPLICATIONS, INFERENCE, REFRACTION, DIFFRACTION, HUYGEN, SNELL, ULTRASOUND USE)WEBSITE
VIDEO
WEBSITE
SUB TOPIC 3. ELECTROMAGNETIC WAVES
PROPERTIESPOWERPOINT
VIDEO
E-MAGAZINE
WEBSITE
TYPES OF WAVES IN TERMS OF WAVELENGTHPOWERPOINT
PDF
VIDEO
WEBSITE
Share to EmailShare to Google ClassroomShare to PinterestShare to FacebookShare to TwitterShare to More
https://www.teachengineering.org/lessons/view/mis-2231-light-properties-sunglasses-electromagnetic-waves-polarization
SUB TOPIC 4. LIGHT WAVES
WAVE PARTICLE DUALITY (RIVAL THEORIES, YOUNG’S EXPERIMENT)VIDEO
WEBSITES
RAYS OF LIGHTWEBSITE
VIDEO
RELECTION (LAWS OF RELECTION, IMAGES IN A MIRROR)VIDEO
WEBSITE
REFRACTION (LIGHT REFRACTION EXAMPLES, OPTICS, LIGHT RAYS, PRISMS, SNELL’S LAW)VIDEO
WEBSITE
CRITICAL ANGLE AND TOTAL INTERNAL REFLECTION (DEFINITION, APPLICATION & RELATION TO INTERNAL REFLECTION)VIDEO
WEBSITE
SUB TOPIC 5. LENSES
ACTION OF LENSES (CONVERRING & DIVERGING LENSES, BEAMS & PARALLEL RAYS, DEFINITIONS)VIDEO
WEBSITE
https://www.physicsclassroom.com/class/refln/Lesson-2/Why-is-an-Image-Formed
IMAGE FORMATION (REAL & VIRTUAL IMAGES, EQUATIONS FOR MAGNIFICATTION, LENSES)POWERPOINT
VIDEO
WEBSITE
https://www.physicsclassroom.com/class/refln/Lesson-2/Why-is-an-Image-Formed
Mechanics
Thermal Physics and Kinetic Theory
Waves and Optics
Electricity and Magnetism
The Physics of the Atom
This syllabus generally aims to:
- Acquire technical and scientific vocabulary
- Develop the ability to apply an understanding of the principles and concepts involved in Physics to situations which may or may not be familiar
- Appreciate the contributions of some of the outstanding regional and international scientists to the development of Physics
- Develop critical thinking and problem solving skills
- Plan, design and perform experiments to test theories and hypotheses
- Collect and represent data in an acceptable form
- Report accurately and concisely
- Develop the ability to appraise information critically, identify patterns, cause and effect, stability and change, and evaluate ideas
- Develop the ability to work independently and collaboratively with others when necessary
- Appreciate the significance and limitations of science in relation to social and economic development
- Develop an awareness of the applications of scientific knowledge and a concern about the consequences of such applications, particularly the impact on the environment
- Integrate Information and Communication Technology (ICT) tools and skills
NOTE: Greater emphasis is placed on the application of scientific concepts and principles of Physics so as to expose students to the long-term transferrable skills of ethical conduct, team work, problem solving, critical thinking, innovation and communication. On completion of this program, Students of will attain not only positive values and attitudes towards the physical components of the environment, but a sound foundation for pursuance of further studies in science.
TOPIC 1. MECHANICS
SUB TOPIC 1. SCIENTIFIC METHOD
GALILEOPPT
- Relativity-Galileon
- Motion
VIDEO
- Galileo-Galilei- in a nutshell
- The Scientific Method
- The Scientific Method: Steps, Examples, Tips and Exercises
- How Galileo’s Inventions Affected the World Today
The Pendulum and Galileo
https://www.youtube.com/watch?v=MpzaCCbX-z4
WEBSITE
- Galileo Facts for Kids
- Galileo Galilei
SIMPLE PENDULUM - GRAPHS AND GRADIENT OF A STRAIGHT LINEPOWERPOINT
- Oscillation
- The Simple Pendulum
- The Simple Pendulum
VIDEO
- The Pendulum and Galileo
- The Pendulum: the Factors that affect the Period 1
- How to Draw a Graph: Worked examples-GCSE Physics
- Finding the Gradient of a Straight Line/ Graphs/ Maths
- 7 Steps to Draw Any Graph in Physics- Intro to Graphs Part 2
- Physics pre lab- lecture: Introduction to Graphing (Pendulum Experiment)
- Intro to Graphs
- Finding the Gradient of a Straight Line/ Graphs/ Maths/ Fuseschool
- Finding the Slope of the Best Fit Straight Line
- Line of Best Fit Equation
- CSEC Physics: Graphing (The Best Fit Line and Gradient)
- Gradient of a Line
INTERACTIVE
- Pendulum Lab
WEBSITE
- Pendulum activity
- Physics Practical Skills Part 4
- Line of Best Fit (Eyeball Method)
- Line of Best Fit: Definition, Equation, Examples
- Best Fit Line or Regression Line
- How to Calculate the Slope of a Line of Best Fit
- Gradient of a Straight Line
MEASUREMENT (COMMON ERRORS, SOURCES & INSTRUMENTS, DENSITY FORMULA (p=m/v))WEBSITE
- Scientific Measure and Common Instruments
- Instruments used in Physics
- Measuring Devices
- How many Types of Errors in Physics?
- Errors and their Types
- Measurements and Errors
- Sources of Error in Science
- Significant Figure Rules
- Types of Experimental Errors
- Sources of Error in Science Experiments
- What are Errors in Measurement? Types of errors with Calculation
- Practical skills part 3: Systematic vs Random Errors
- Density
- Finding the Density of Irregular Objects: A simple Science Lab for Middle School
- Errors and Error Estimation
VIDEO
- Experimental Errors
- Random and Systematic Error
- Physics Lesson 10: Measuring and Tools
- Why does Oil Float in Water
- Density
- Measuring Regular and Irregular solids
SUB TOPIC 2. VECTORS (CALCULATIONS, BASIC MECHANICS)
VIDEO
- What are Vector and Scalar Quantities?
- GCSE Physics-Scalar and Vector Quantities
- Scalar and Vector Measurements- a simple Tutorial answering: what are they?
- Scalars, Vectors and Vectors Operations
- Difference between Vector and Scalar Quantities
- Scalars and Vectors Physics Video - Scalar vs Vector Quantities Explained, Examples
- GCSE Physics - Vector Diagrams and Resultant Forces #43
- 4 Resultant Force of two Vectors at Different Angles
- Mechanics: Resolving Vectors at Angles (A-level Physics)
- Vectors: Resolving into Components
Forces and Newton 2: Adding Parallel Vectors
https://www.youtube.com/watch?v=chbO5-PfQzo
- Finding a Resultant Vector
- Resolving a Vector into Components that are parallel and Perpendicular to a Second Vector
- Resolving Forces
- How to Resolve Forces or Split a Force in to Two Components and Combine Forces
WEBSITE
- Vectors
- Motion-Vectors
- Scalars and Vectors
- Forces
- Mechanics
- Resultant Force
- Resolution of Forces
- Mechanics: Force and Motion
INTERACTIVE
- Vector Addition
SUB TOPIC 3. STATICS (EFFECTS & TYPES OF FORCES, OBJECT WEIGHT, DERIVED QUANTITIES, ETC.)
FORCES, FVIDEO
- Force and Effects of force
- The Effects of Forces
- Forces that cause Change| Forces and Motion| Physics/ Fuseschool
- Types of Force
- How many Types of Forces there are in Physics?
- Force and Effects of Force
- How to Calculate Weight the Weight Equation: Fw=mg
- How to Calculate Weight in Physics: Physics Education
- Is Mass the same as Weight?
- Derived Quantities. Study Physics
- Derived Quantities: Introduction to Physics
- Most important Physics Derived Quantities and their Units
- Base Quantity and Derived Quantity
- Derived Units: Introduction to Physics
- S.I Base and Derived Units
INTERACTIVE
- Physics- interactives-Newton’s Laws: Force
WEBSITE
- The Effects of Forces
- The Effects of Force
- Force and its Effects
- The Meaning of Force
- Force
- Types of Force
- Types of Forces and Newton’s Third law
- 10 different Types of Forces
- Force and Pressure/Types of Forces
- The Meaning of Force
- Physics: Force
- Mass vs Weight
- Mass and Weight
- Forces and Terminal Velocity
- How to Calculate Weight of an Object
- Derived Quantities
- Fundamental and Derived Quantities and Units of Dimension
- SI Derived Units with Special Names
- Fundamental and Derived Quantities and Units of Dimension
- Force
- Quantities and Units
Quantities and units
https://www.pearsonhighered.com/assets/samplechapter/0/1/3/4/0134879481.pdf
TURNING FORCES (MOMENT, TOOLS, PRINCIPLES, GRAVITY OF THE BODY, WEIGHT)POWERPOINT
- Turning Effects of Forces [SLIDES]
- Turning Effects of Forces
VIDEO
- Turning Effects of Force-Moments
- Turning Forces
- Moments| Forces and Motion| Physics/ Fuseschool
- Moments of Force
- Principles of Moments: Physics Definition and Experiment
- How to apply the Principle of Moment
- Super Simple Machines: Lever
- Simple Machine: The Lever
- The mighty Mathematics of the Lever
- Three Classes of Levers: Examples, Definition and Classification
- Centre of Gravity –Definition, Examples, Experiments
- Centre of Mass
- Centre of Gravity and Stability of Bodies
WEBSITE
- Turning Effect
- Moments
- Moment of a Force
- Moment of a Force
- Principles of Moments
- Mechanics/Moments
- Levers that Lift
- Levers that are used in everyday life
- Levers: Simple Machines
- What is the Center of Gravity? Definition
- What is the Center of Mass?
- What is the Center of Gravity?
- Forces: Centre of Gravity Reactions and Stability
- Stability: Centre of Gravity
- Turning Effects of Forces
DEFORMATION (EXTENION & FORCE, NEWTON & HOOKE’S LAWS, SPRING BALANCE, ELASTICITY)VIDEO
- Hooke’s Law and the Newton’s Spring Balance
- Moments| Forces and motion| Physics/ Fuseschool
- Hooke’s Law: GCSE Physics
- Introduction to Hooke’s Law
- Force vs Extension in depth –Master Hooke’s Law for GCSE Physics
- CSEC Physics. Hooke’s Law: worked example
WEBSITE
- Forces: Centre of Gravity Reactions and Stability
- Forces and Elasticity
- Forces and Elasticity
- Motion of a Mass on a spring
- What is Hooke’s Law?
- Hooke’s Law: example, problem
SUB TOPIC 4. DYNAMICS: MOTION IN A STRAIGHT LINE
DEFINITIONS (DISTANCE, DISPLACEMENT, SPEED, VELOCITY, ACCELERATION, TIME GRAPH)VIDEO
- Constant Velocity Pt 1: Definition
- Constant Velocity Pt 2: Speed vs Velocity
- Speed, Distance, Time and Acceleration- Forces and Motion: Physics/ Fuseschool
WEBSITE
- Graphing Motion
- Honors Motion
- Distance, Displacement, Speed, Velocity and Acceleration
- Terminology of Motion
- Distance and Displacement
DISPLACEMENT TIME AND VELOCITY TIME GRAPHSPOWERPOINT
- Distance, Displacement, Speed, Velocity, Acceleration
VIDEO
- Motion 5 Kinematics Equations: Acceleration Pt.2
- Position or Distance Time Graphs Part 1: Kinematics Physics Lesson
- Velocity Time Graphs
- Distance Time and Velocity Time
- Displacement Time Graphs- Forces & Motion: Physics/ FuseSchool
- Area under Velocity Time Graphs
ARISTOTLE (‘LAW OF MOTION’ that is v u F”)PDF
- Galileo and Aristotle on Motion
- Aristotle’s Physics: a Physicist’s
VIDEO
- Aristotle’s ideas on Motion
NEWTON’S LAWS (3 LAWS OF MOTION, DYNAMIC SYSTEMS & LINEAR MOMENTUM)VIDEO
- Newton’s First Law
- Newton’s Second Law
- Newton’s Third Law
- Newton’s Law of Motion Song
- Momentum
- Impulse and Momentum
- Conservation and Momentum
WEBSITE
- Newton’s Laws of Motion
- Newton’s Laws of Motion
- Linear Momentum and Force
- Momentum Conservation Principle
- Conservation of Momentum
- What is Conservation of Momentum?
- Using Equations as a Recipe for Algebraic Problem
- Newton’s Laws of Systems Dynamics
INTERACTIVE
- Collision cards
SUB TOPIC 5. ENERGY
FORMS OF ENERGYDEFINITIONSVIDEO
- Turtlediary Science Video for Kids: What Is Energy?
- What is Energy in Physics | Energy Definition | Types of Energy Class 11 | SimplyInfo
- Brightstorm Energy
- U.S. Department of Energy: Energy Literacy Essential, Principle 1
- Angie Sparks. What is Energy?
- ScienceWiz: Energy and Work
WEBSITE
- Work, Energy and Power
- CliffsNotes: Work and Energy
- Physics for Kids: Energy
- Energy
- What is Energy?
E-BOOK
- Britannica- Energy
- Energy
FORMS OF ENERGYWEBSITE
- Forms of Energy: Lesson for Kids
- Kinetic and Potential Energy
- 10 Types of Energy and Examples
- Types of Energy
- Nine Forms of Energy
POWERPOINT
- Forms of Energy ppt (1) (1) [SLIDES]
- Forms of Energy [SLIDES]
- Types of Energy [SLIDES]
- Types and Forms of Energy [SLIDES]
- Energy Forms [SLIDES]
- Brett Cameron Boyd. Energy: its Forms and Uses [SLIDES]
- Energy Education: Introduction to Forms of Energy
VIDEO
- Manocha Academy: Different Forms Of Energy | Physics
- Teachertube: Types of Energy
- Najam Academy: Types of Energy | Different forms of energy | Physics
- MooMooMath and Science: Forms of Energy
INTERACTIVE
- Kinetic vs. Potential Energy
- Energy Transformation: Definition, Types & Examples
- Energy Transformations and Examples
- Energy Forms and Transfer study guide answer
ENERGY TRANSFORMATIONPOWERPOINT
- Emily Neistadt: Energy Transformation [SLIDES]
- Pranjal Mishra: Transformation of Energy [SLIDES]
- Tes: Energy Transformation [SLIDES]
- Thomasina Wood Energy Transformations [SLIDES]
- Energy Transformations [SLIDES]
VIDEO
- Energy Transformation: Definition, Types & Examples, Chp.13 / Lesson
- Generation Genius: Energy Transfer for Kids. Science Lesson for Grades 3-5: Mini-Clip
- Anastasia S.S. Energy Transformations: Science For U
- Young Men's Leadership Academy: Energy Transformation Examples
- Ben Work: Energy Transfers & Transformations
- Deborah Dupree: Energy Transfers and Transformations
- Motion and Friction for Kids. Science Lesson for Grades 3-5: Mini-Clip
INTERACTIVE
- Energy Transformation: Definition, Types & Examples
- Energy Transformations and Examples
- Energy Forms and Transfer: study guide answer
WEBSITE
- Energy Transformations
- Energy Conversion
- Examples of Energy Transformation
- Energy Conversion
TOPIC 3. WAVES AND OPTICS
SUB TOPIC 1. WAVE MOTION
TYPES OF WAVESVIDEO
- Different Types of Waves: Longitudinal & Transverse Waves
WEBSITE
- Waves (Properties & Characteristics): Amplitude, Period, Frequency, Wavelength
- Wave Particle Duality: An Overview
- What is a Wave?
- Waves
WAVE PARAMETERS (SPEED, FREQUENCY, WAVELENGTH, PERIOD, AMPLITUDE, TRANSVERSE AND LONGITUDINAL WAVES, DISPLACEMENT POSITION & DISPLACEMENT-TIME GRAPHS)WEBSITE
- Waves (Properties & Characteristics): Amplitude, Period, Frequency, Wavelength
- Wave Particle Duality: An Overview
- What is a Wave?
- Waves
- General Properties of Waves
- Waves; Graphs Representing Waves
- Waves; Resonance in Air Columns
VIDEO
- Different Types of Waves: Longitudinal & Transverse Waves
- Transverse & Longitudinal Waves. Waves-Physics/ FuseSchool
SUB TOPIC 2. SOUND
PRODUCTION AND PROPAGATION (MEDIUM & SOUND PRODUCTION)WEBSITE
- Sound, Definition, Types, Characteristics & Frequencies
- Pitch Definition (Physics): Understanding Frequency & Sound
- Production and Propagation of Sound
- Production and Propagation of Sound
- Physics-Sound Waves-Sound Vibration Propagation of Sound
- Pitch and Volume in Sound Waves
- Radio Waves, Microwaves, Infrared and Visible Light can all be used for Communication
SPEED OF SOUND (PRACTICAL APPLICATIONS, INFERENCE, REFRACTION, DIFFRACTION, HUYGEN, SNELL, ULTRASOUND USE)WEBSITE
- Resonance in Air Columns
- Sound: Definition, Types, Characteristics & Frequencies
VIDEO
- Interference, Reflection, and Diffraction
- Reflection, Refraction, Diffraction and Interference
- How Ultrasound Works
- Ultrasound Physics Basics Physics and Image Generation
WEBSITE
- Reflection of Waves
- Huygens’ Principle
- Refraction: Snell's Law
- Interference
- Diffraction
- General Ultrasound
- How to Prepare for an Ultrasound
- Ultrasound
- Ultrasound
- Ultrasound
SUB TOPIC 3. ELECTROMAGNETIC WAVES
PROPERTIESPOWERPOINT
- Electromagnetic Waves [SLIDES]
- Malakandi. Electromagnetic Waves [SLIDES]
- Srivastava. Electromagnetic Radiation [SLIDES]
- Parker. The Electromagnetic Spectrum [SLIDES]
VIDEO
- EM Waves: Properties of EM Waves
- Properties of Electromagnetic Waves
- Characteristics of Electromagnetic Waves
- Properties of Electromagnetic Waves
E-MAGAZINE
- Omicsonline. Electromagnetic Radiation
WEBSITE
- Electromagnetic Wave and Properties
- Characteristics of Electromagnetic Waves
- 7 Types of Electromagnetic Waves
- Electromagnetic Waves: What Are They & How They Are Produced (w/ Examples)
- Properties and Behaviour Scattering, Reflection, and Refraction
- Electromagnetic Wave and Properties
- Basic Electromagnetic Wave Properties
- Electromagnetic Waves: Definition, Sources & Properties
TYPES OF WAVES IN TERMS OF WAVELENGTHPOWERPOINT
- Parker. Electromagnetic Radiation [SLIDES]
- Wright. Chapter 24. Electromagnetic Waves
VIDEO
- EM Spectrum: Radio Wave, Infrared, Visible Light, Ultraviolet, X and Gamma Ray
- Uses of Electromagnetic Waves
- Physics - Waves - The Electromagnetic Spectrum
WEBSITE
- Electromagnetic Spectrum
- Electromagnetic Waves have Different Wavelengths.
- The Electromagnetic Spectrum: the Family of Light
- Electromagnetic Waves: How do Sunglasses Work?
Share to EmailShare to Google ClassroomShare to PinterestShare to FacebookShare to TwitterShare to More
https://www.teachengineering.org/lessons/view/mis-2231-light-properties-sunglasses-electromagnetic-waves-polarization
- The EM Spectrum
- The Electromagnetic Spectrum
SUB TOPIC 4. LIGHT WAVES
WAVE PARTICLE DUALITY (RIVAL THEORIES, YOUNG’S EXPERIMENT)VIDEO
- Huygens vs Newton Theories of Light/ Zeineb Fozan
- Physics - Newton's Corpuscular Theory of Light - Science
- The Original ‘Double Slit’ Experiment
- Young's ‘Double Slit’ demonstration
WEBSITES
- Light (Physics): What is it & How Does it Work?
- What is Wave Particle Duality?
- Light Theory Rivalry
- School Physics
- Light: Particle or a Wave?
- Young's "Double Slit" Experiment
- Thomas Young's "Double Slit" Experiment
RAYS OF LIGHTWEBSITE
- Diffraction Patterns
- Diffraction (Physics): Definition, Examples & Patterns
- Light (Optics): Definition, Units & Sources (w/ Spectrum)
- Total Internal Reflection
VIDEO
- Light Travels in a Straight Line: School Science Project
- Light Travels in Straight Lines
RELECTION (LAWS OF RELECTION, IMAGES IN A MIRROR)VIDEO
- Reflection (1 of 1): What is the Law of Reflection? An Explanation
- Laws of Reflection
- What is Law of Reflection?
- Total Internal Reflection
- Properties of Images formed by a Plane Mirror
- Image Formation in a Plane Mirror
WEBSITE
- What is a Plane Mirror?
- Reflection of Light
REFRACTION (LIGHT REFRACTION EXAMPLES, OPTICS, LIGHT RAYS, PRISMS, SNELL’S LAW)VIDEO
- Cool Light Refraction Science Experiment
- Refraction of Light
- Refraction of Light
- Refraction of Light [Bozeman Science]
- Newton's Prism Experiment [MITK12Videos]
- Prisms in Physics: Physics & Science Lessons
- Snell's Law Example 1. Geometric optics. Physics/ Khan Academy
- Refraction and Snell's Law: Geometric optics. Physics/ Khan Academy
- Snell's Law
WEBSITE
- Optics
- Refraction of Light
- Introduction to the Refraction of light
- What is Refraction?
- Introduction to the Refraction of Light
- Refraction by Lenses
- Glass Prism-dispersion of White Light
- Prisms
- Refraction: Snell's Law
- Refraction and the Ray Model of Light - Lesson 2 - The Mathematics of Refraction
CRITICAL ANGLE AND TOTAL INTERNAL REFLECTION (DEFINITION, APPLICATION & RELATION TO INTERNAL REFLECTION)VIDEO
- Critical Angle and Total Internal Reflection
- Total Internal Reflection of Light and Critical Angle of Refraction Physics
- Total Internal Reflection - Critical Angle (Part 1): Light
- Total Internal Reflection - Critical Angle (Part 2): Light
WEBSITE
- What is Total Internal Reflection?
- Total Internal Reflection
- What is Law of Reflection?
- Introduction to the Reflection of Light
- What is Total Internal Reflection?
- Total Internal Reflection
- The Critical Angle
- Image Formation by Lenses
SUB TOPIC 5. LENSES
ACTION OF LENSES (CONVERRING & DIVERGING LENSES, BEAMS & PARALLEL RAYS, DEFINITIONS)VIDEO
- Michel van Biezen. Physics - Optics: Lenses (3 of 5) Lens Combinations - Converging & Diverging Lenses
- OMY Eduworld. Converging and Diverging Lens
- Definitions: Principle Focus and Focal length of a Spherical lens
- Kalpesh Jain Classes. Definitions: Centre of Curvature, Principle Axis, Principle Focus, Optical Centre, Aperture
- Kalpesh Jain Classes. Define Pole Centre of Curvature, Radius of Curvature, Principal Axis, Principal Focus, Focal length
- Kalpesh Jain Classes. Definitions: Principle Focus and Focal length of a Spherical Lens
WEBSITE
- What is the Difference between Principal Focus and Focal Length?
- Image Formation of Lenses
- Refraction and the Ray Model of Light: Lesson 5. Image Formation by Lenses Refraction by Lenses
- Refraction and the Ray Model of Light: Lesson 5. Image Formation by Lenses Diverging Lenses -Ray Diagrams
- Reflection and the Ray Model of Light - Lesson 2 - Image Formation in Plane Mirrors
https://www.physicsclassroom.com/class/refln/Lesson-2/Why-is-an-Image-Formed
- Difference between Real Image and Virtual Image
- Lenses
- Refraction and the Ray Model of Light - Lesson 5 - Image Formation by Lenses
- The Anatomy of a Lens
- The Focal Length of a Lens
- How to Calculate Focal Length of a Lens
IMAGE FORMATION (REAL & VIRTUAL IMAGES, EQUATIONS FOR MAGNIFICATTION, LENSES)POWERPOINT
- Real and Virtual Images [SLIDES]
VIDEO
- Don't Memorise: What are Real and Virtual Images? - CBSE 10 | Reflection of Light
- Manoj Tripathi. Difference between Real and Virtual Image
- CBSE. Difference between Real and Virtual Image - Light (CBSE Grade 07 Physics)
- The GCSE Guide, P3: Virtual & Real Images (Revision)
- SymBios Soft Tech. Real and Virtual Images
- Determination of the Focal Length of a Convex Lens
- Mirror Formula and Magnification
- Image Distance and Image Height: Mirror Equation and Magnification Equation
- Determination of the Focal Length of a Convex Lens
- Jumeirah College Science. Finding Focal Point for Converging Lens
WEBSITE
- Forms of Magnification Equations
- Reflection and the Ray Model of Light - Lesson 2 - Image Formation in Plane Mirrors
https://www.physicsclassroom.com/class/refln/Lesson-2/Why-is-an-Image-Formed
- Image Characteristics
- Difference between Real Image and Virtual Image
- Characteristics of Plane Mirrors
- What Is a Plane Mirror?
- Refraction: Real and Apparent Depth
- Difference between Real Image and Virtual Image
- Difference between Real Image and Virtual Image
- Difference between Real Image and Virtual Image
- What are Real and Virtual Images?
- Determining the Experimental Focal Length of your Lens
- Forms of Magnification Equations
- Angular Magnification by a Simple Microscope
- Image Formation in Concave Mirror
- Refraction and the Ray Model of Light - Lesson 5 - Image Formation by Lenses the Mathematics of Lenses
- The Focal Length of a Lens
- Determination of Focal Length of Concave Mirror and Convex Lens
- Determining the Focal Length of a Converging Lens
- Refraction and the Ray Model of Light - Lesson 5 - Image Formation by Lenses Converging Lenses - Ray Diagrams
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San Fernando East Secondary School does NOT reserve the rights to these e-resources. Therefore no part of these publications may be reproduced, stored in a retrieval system, transmitted in any form or by any means, electronic, photocopying, recording or otherwise, without the prior permission from the creators of the work. It is to be used strictly for educational and NOT for commercial purposes. If you own the copyright to any of these resources and it is wrongfully on our website, please contact us at [email protected] and it will be taken down immediately.