REFRACTION OF LIGHT THROUGH PLANE SURFACES -PHYSICAL CLASS - FACTORS AFFECTING REFRACTIVE INDEX - Student's Favourite Academy

Course Content

REFRACTION OF LIGHT THROUGH PLANE SURFACES

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LIGHT – PHYSICAL CLASS – INTRODUCTION TO REFRACTION

REFRACTION – CORE CONCEPT A – INTRODUCTION

REFRACTION THROUGH PLANE SURFACES – CORE CONCEPT – INTRO

REFRACTION – CORE CONCEPT – B – REFRACTION OF LIGHT

REFRACTION – CORE CONCEPT – C – PARTIAL REFLECTION AND REFRACTION

LIGHT – PHYSICAL CLASS – DEVIATION AND LAWS OF REFRACTION

REFRACTION – CORE CONCEPT D – LIGHT TRAVELING FROM ONE MEDIUM TO ANOTHER

REFRACTION – CORE CONCEPT – E – LAWS OF REFRACTION

REFRACTION – CORE CONCEPT – H – CONDITIONS FOR LIGHT RAY TO PASS UNDEVIATED

REFRACTION – CORE CONCEPT – G – REFRACTIVE INDEX

REFRACTION THROUGH PLANE SURFACES – CORE CONCEPT – LAWS OF REFRACTION

LIGHT – PHYSICAL CLASS – RELATIONSHIP BETWEEN VELOCITY, REFRACTIVE INDEX, FREQUENCY AND WAVELENGTH

REFRACTION CORE CONCEPT – I – FACTORS AFEECTING REFRACTIVE INDEX OF A MEDIUM

LIGHT – PHYSICAL CLASS – PRINCIPLE OF REVERSIBILITY

REFRACTION – CORE CONCEPT – J – PRINCIPLE OF REVERSIBILITY

REFRACTION – CORE CONCEPT – K – LATERAL DISPLACEMENT

REFRACTION OF LIGHT – CORE CONCEPT – IN TERMS OF SPEED OF LIGHT

REFRACTION – CORE CONCEPT – PRINCIPLE OF REVERSIBILITY

REFRACTION – CORE CONCEPT – LATERAL DISPLACEMENT

REFRACTION – CORE CONCEPT – LATERAL DISPLACEMENT

REFRACTION – CORE CONCEPT – MULTIPLE IMAGES THROUGH A THICK SLAB

LIGHT – PHYSICAL CLASS – APPLICATION OF REFRACTION OF LIGHT

REFRACTION THROUGH PLANE SURFACES – 31 MARCH AND 1 – APRIL – REFRACTION THROUGH A PRISM

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REFRACTION – CORE CONCEPT – L – REFRACTION THROUGH A PRISM

REFRACTION – CORE CONCEPT – M – FACTORS AFFECTING ANGLE OF DEVIATION

LIGHT – PHYSICAL CLASS – CRITICAL ANGLE

REFRACTION – CORE CONCEPT P – CRITICAL ANGLE

REFRACTION – CORE CONCEPT O – TOTAL INTERNAL REFLECTION

REFRACTION OF LIGHT- THROUGH PLANE SURFACES – PHYSICAL CLASS – APPLICATION OF REFRACTION

REFRACTION – CORE CONCEPT – N – REAL AND APPARENT DEPTH

REFRACTION – CORE CONCEPT Q – TOTAL INTERNAL REFLECTION II CONDITIONS FOR FORMING A MIRAGE

LIGHT – PHYSICAL CLASS – DIVIATION THROUGH A GENERAL PRISM AND FACTORS EFFECTING ANGLE OF DEVIATION

REFRACTION – CORE CONCEPT – REFRACTION THROUGH A PRISM

REFRACTION – CORE CONCEPT – TOTAL INTERNAL REFRACTION THROUGH PRISM

LIGHT – PHYSICAL CLASS – TOTAL INTERNAL REFLECTION THROUGH 45 – 90 – 45 PRISM PENSCOPE

LIGHT – PHYSICAL CLASS – TOTAL INTERNAL REFLECTION THROUGH 45 – 90 – 45 PRISM SLIDE PROJECT

REFRACTION – CORE CONCEPT -R – REFRACTION THROUGH A PRISM 45 – 90- 45

REFRACTION- CORE CONCEPT- S – REFRACTION THROUGH A PRISM 60 – 60 – 60

LIGHT – PHYSICAL CLASS – TOTAL INTERNAL REFLECTION THROUGH EQUILATERAL PRISM AND 30 – 60 – 90

REFRACTION – CORE CONCEPT-T 30-60-90 – REFRACTION THROUGH A PRISM

REFRACTION CORE CONCEPT – U – DISTINCTION BETWEEN TOTAL INTERNAL REFLECTION AND REFLECTION

REFRACTION – CORE CONCEPT – SIMPLE APPLICATIONS

REFRACTION NUMERICAL – CORE CONCEPT – EX 4 A

REFRACTION NUMERICAL – CORE CONCEPT – EX 4 B

REFRACTION NUMERICAL – CORE CONCEPT – EX 4 C

REFRACTION – LET US RECALL

REFRACTION THROUGH A LENS – 04 APRIL 2023 – INTRODUCTION TO TERMS

Lens and Refraction through a lens Types of Lenses Formation of Images by a lens Power, Magnification of a Lens

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REFRACTION THROUGH LENSES – PHYSICAL CLASS – LENSES AS PRISMS – CONVERGENCE AND DIVERGENCE

REFRACTION OF LIGHT A LENS – CORE CONCEPT – REFRACTION THROUGH LENSES

REFRACTION THROUGH LENSES – PHYSICAL CLASS – TECHNICAL TERMS – CENTRE OF CURVATURE, RADIUS OF CURVATURE AND OPTICAL CENTRE

REFRACTION THROUGH LENSES – PHYSICAL CLASS – CENTRE AND RADIUS OF CURVATURE AND OPTICAL CENTRE – BLURRED

REFRACTION OF LIGHT THROUGH LENSES – PHYSICAL CLASS – FOCAL POINT – BLURRED

REFRACTION OF LIGHT THROUGH LENSES – PHYSICAL CLASS – TECHNICAL TERMS – FIRST AND SECOND FOCI OF CONCAVE AND CONVEX LENSES

REFRACTION OF LIGHT THROUGH LENSES – PHYSICAL CLASS – TECHNICAL TERMS – FOCAL LENGTH AND FOCAL PLANE

REFRACTION THROUGH LENSES – CORE CONCEPT – MAGNIFICATION AND APPLICATION OF LENSES

REFRACTION OF LIGHT THROUGH LENSES – 8 APRIL 2023 – CONSTRUCTION OF RAY DIAGRAMS

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REFRATION THROUGH LENSES – PHYSICAL CLASS – PRISM ACTION FOR LENSES

REFRACTION THROUGH LENSES – PHYSICAL CLASS – LENSES AS PRISMS – CONVERGENCE AND DIVERGENCE

REFRATION THROUGH LENSES – PHYSICAL CLASS – CONVENIENT RAYS FOR DRAWING RAY DIAGRAMS

REFRATION THROUGH LENSES – PHYSICAL CLASS – CONVEX LENS – OBJECT AT INFINITY, FINITE DISTANCE, BEYOND 2F1 AND AT 2F1

REFRATION THROUGH LENSES – PHYSICAL CLASS – CONVEX LENS – OBJECT BETWEEN 2F1 AND F1, AT F1 AND BETWEEN F1 AND O

REFRATION THROUGH LENSES – PHYSICAL CLASS – CONCAVE LENSES – RAY DIAGRAMS FOR OBJECT AT INFINITY, FINITE DISTANCE AND BEYONF 2F2

REFRACTION THROUGH LENSES – CORE CONCEPT – RECAP OF ALL RAY DIAGRAMS

LIGHT – SPHERICAL LENSES – PHYSICAL CLASS – MAGNIFICATION AND POWER – NUMERICALS – PART – I

LIGHT – SPHERICAL LENSES – PHYSICAL CLASS – MAGNIFICATION AND POWER – NUMERICALS – PART – II

LIGHT – SPHERICAL LENSES – PHYSICAL CLASS – MAGNIFICATION AND POWER

REFRACTION THROUGH LENSES – 14 APRIL 2023 – SIGN CONVENTION AND MAGNIFICATION

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REFRACTION OF LIGHT THROUGH LENSES – PHYSICAL CLASS – SIGN CONVENTION AND LINEAR MAGNIFICATION

: REFRACTION OF LIGHT THROUGH LENSES – PHYSICAL CLASS – POWER OF A LENS AND ITS DEPENDENCE ON FOCAL LENGTH

REFRACTION OF LIGHT THROUGH LENSES – PHYSICAL CLASS – MAGNIFICATION USING CONVEX LENS AND APPLICATIONS OF LENSES

REFRACTION OF LIGHT THROUGH LENSES – PHYSICAL CLASS – POWER OF A LENS AND APPLICATION IN MYOPIA AND HYPERMETROPIA

QUESTION KEY - X - PHYSICS - LIGHT NUMERICALS - WORKSHEETAssignments

SPECTRUM – 15 APRIL 2023 – DEVIATION OF WHITE LIGHT

Deviation, dispersion and Spectrum Electromagnetic Spectrum and its broad classification Scattering of light and its application

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SPECTRUM – PHYSICAL CLASS – DEVIATION OF LIGHT THROUGH A PRISM AND DEVIATION OF WHITE LIGHT

SPECTRUM – SUPPORT MATERIAL – TYPES OF SPECTRUM

SPECTRUM – SUPPORT MATERIAL – ELECTROMAGNETIC SPECTRUM

SPECTRUM – 22 APRIL 2023 – COMPONENTS OF ELECTROMAGNETIC SPECTRUM

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SPECTRUM – PHYSICAL CLASS – DEVIATION, DISPERSION AND SCATTERING

SPECTRUM – PHYSICAL CLASS – DEVIATION OF COMPONENTS OF WHITE LIGHT AT DIFFERENT ANGLES

SPECTRUM – PHYSICAL CLASS – THE ELECTROMAGNETIC SPECTRUM

SPECTRUM – REVISION CLASS – REVISION

SPECTRUM – REVISION CLASS – REVISION II

SPECTRUM – REVISION CLASS – REVISION III

SPECTRUM – PHYSICAL CLASS – DEVIATION AND SPLITTING OF WHITE LIGHT

SPECTRUM – PHYSICAL CLASS – SPLITTING OF WHITE LIGHT AND SOLVED HOTS

SPECTRUM – PHYSICAL CLASS – THE ELECTROMAGNETIC SPECTRUM AND ITS RANGE

REFRACTION OF LIGHT THROUGH PLANE SURFACES – APRIL 2024

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REFRACTION OF LIGHT THROUGH PLANE SURFACES – PHYSICAL CLASS – EFFECT OF REFRACTION ON U, F, & LAMBD

REFRACTION OF LIGHT THROUGH PLANE SURFACES -PHYSICAL CLASS – FACTORS AFFECTING REFRACTIVE INDEX

REFRACTION OF LIGHT THROUGH PLANE SURFACES – P.C -LATERAL DISPLACEMENT & MULTIPLE IMAGES

REFRACTION OF LIGHT THROUGH PLANE SURFACES – PHYSICAL CLASS – SNELLS LAW AND REFRACTION OF LIGHT

REFRACTION THROUGH PLANE SURFACES – PHYSICAL CLASS – APPLICATION OF REFRACTION AND TIR

REFRACTION THROUGH PLANE SURFACES – PHYSICAL CLASS – HOTS BASED ON REFRACTION AND TIR

REFRACTION THROUGH PLANE SURFACES – PHYSICAL CLASS – NUMERICALS BASED ON SNELL’S LAW AND REAL DEPTH

REFRACTION THROUGH PLANE SURFACES – PHYSICAL CLASS – TOTAL INTERNAL REFRACTION THROUGH PRISM

LIGHT – REVISION – QUESTION AND ANSWER DISCUSSION CLASS

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LIGHT – PHYSICAL CLASS – REVISION – Q & A SESSION – PART – I

LIGHT – PHYSICAL CLASS – REVISION – Q & A SESSION – PART – II

LIGHT AND ELECTRICITY – PHYSICAL CLASS – REVISION – Q & A SESSION – PART -III

ASSIGNMENTS AND PAPER DISCUSSIONS

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[RHEA] [ONLINE] REFRACTION THROUGH PLANE SURFACES AND LENS PART A AND B PAPER DISCUSSION

QUESTION KEY - X- REFRACTION THROUGH LENSES - WORKSHEET - SET A - 05072024

STD X – LIGHT – NEWTON

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