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TSB IX PHYSICS

TSB IX PHYSICS

  • Teacher

    prashanth nomula
  • Lessons

    178 Lessons
  • Students

    46 (Registered)
Description
Course Description

BRAINBOX

Curriculum
MOTION
MECHANICS(Explanation)
REST(Explanation)
MOTION(Explanation)
PATH(Explanation)
DISTANCE AND DISPLACEMENT(Explanation)
SCALARS AND VECTORS(Explanation)
SPEED(Explanation)
AVERAGE SPEED(Explanation)
CONVERSION OF UNITS(Explanation)
VELOCITY(Explanation)
ACCELARATION(Explanation)
DISPLACEMENT TIME GRAPH(Explanation)
VELOCITY TIME GRAPH(Explanation)
EQUATIONS OF MOTION(Explanation)
EQUATIONS OF MOTION UNDER INFLUENCE OF GRAVITY(Explanation)
ACCELARATION DUE TO GRAVITY(Explanation)
OTHER TYPES OF MOTION(Explanation)
PROBLEM 1(Explanation)
PROBLEM 2(Explanation)
PROBLEM 3(Explanation)
PROBLEM 4(Explanation)
PROBLEM 5(Explanation)
PROBLEM 6(Explanation)
PROBLEM 7(Explanation)
PROBLEM 8(Explanation)
PROBLEM 9(Explanation)
PROBLEM 10(Explanation)
MOTION – QUIZ
27 questions
Motion full lesson(ONLINE LINK)
Uniform and non uniform motion(Online link)
MEASURMENT OF TIME(Online link)
Motion types(Online link)
INTRODUCTION(ONLINE LINK)
REST,MOTION(ONLINE LINK)
Slow or fast(Online link)
SPEED(ONLINE LINK)
UNIFORM AND NON-UNIFORM MOTION(ONLINE LINK)
MEASURMENT OF TIME(ONLINE LINK)
ACCELARATION DUE TO GRAVITY(ONLINE LINK)
MOTION TYPES(ONLINE LINK)
GRAVITATION
INTRODUCTION
INTRODUCTION_A(Explanation)
INTRODUCTION_A(NOTES)
INTRODUCTION_B(Explanation)
INTRODUCTION_B(NOTES)
FREE FALL(Explanation)
FREE FALL(NOTES)
RELATIONSHIP BETWEEN ‘g ‘ AND ‘G’(Explanation)
RELATIONSHIP BETWEEN ‘g ‘ AND ‘G’ (NOTES)
THRUST AND PRESSURE(Explanation)
THRUST AND PRESSURE(NOTES)
PASCAL’S LAW(Explanation)
PASCAL’S LAW (NOTES)
PROB_01(Explanation)
PROB_01 (NOTES)
PROB_02(Explanation)
PROB_02 (NOTES)
PROB_03(Explanation)
PROB_03(NOTES)
PROB_04(Explanation)
PROB_04(NOTES)
PROB_05(Explanation)
PROB_05 (NOTES)
PROB_06 , 07 (Explanation)
PROB_06 ,07 (NOTES)
PROB_08(Explanation)
PROB_08 (NOTES)
PROB_09, 10(Explanation)
PROB_09, 10 (NOTES)
LEVEL-1A
10 questions
LEVEL-1B
10 questions
LEVEL-1C
5 questions
SUMMARY
Gravitation force (Online link)
Pascal’s principle -hydraulic lift(Online link)
Work And Energy
Work And Energy_Part01 (Explanation)
Work And Energy_Part01 (Notes)
Work And Energy_Part02 (Explanation)
Work And Energy_Part02 (Notes)
Work And Energy_Part03 (Explanation)
Work And Energy_Part03 (Notes)
Work And Energy_Part04 (Explanation)
Work And Energy_Part04 (Notes)
Work And Energy_Part05 (Explanation)
Work And Energy_Part05 (Notes)
Work And Energy_Part06 (Explanation)
Work And Energy_Part06 (Notes)
Work And Energy_Part07 (Explanation)
Work And Energy_Part07 (Notes)
LEVEL-1
19 questions
LEVEL-2
13 questions
LEVEL-3
8 questions
LAWS OF MOTION
LAWS OF MOTION INTRODUCTION(Explanation)
LAWS OF MOTION INTRODUCTION(Notes)
BALANCED UN BALANCED(Explanation)
BALANCED UN BALANCED(Notes)
FIRST LAW OF MOTION(Explanation)
FIRST LAW OF MOTION(Notes)
SECOUND LAW(Explanation)
SECOUND LAW(Notes)
IMPULSE(Explanation)
IMPULSE(Notes)
NEWTON THIRD LAW(Explanation)
NEWTON THIRD LAW(Notes)
COLLISIONS(Explanation)
COLLISIONS(Notes)
LAW OF CONSERVATION OF MOMENTUM(Explanation)
LAW OF CONSERVATION OF MOMENTUM(Notes)
LEVEL-1
14 questions
LEVEL-2
10 questions
LEVEL-3
7 questions
SOUND
INTRODUCTION(Explanation)
INTRODUCTION(Notes)
SOUND CONCEPT AND TERMINOLOGY(Explanation)
SOUND CONCEPT AND TERMINOLOGY(Notes)
SOUND CONCEPT AND TERMINOLOGY_A(Explanation)
SOUND CONCEPT AND TERMINOLOGY_A(Notes)
SOUND WAVE REPRESENTATION OF SOUND(Explanation)
SOUND WAVE REPRESENTATION OF SOUND(Notes)
MATHEMATICAL REPRESENTATION OF A WAVE(Explanation)
MATHEMATICAL REPRESENTATION OF A WAVE(Notes)
INTENSITY OF SOUND LOUDNESS AND PITCH(Explanation)
INTENSITY OF SOUND LOUDNESS AND PITCH(Notes)
AUDIBLE AND INAUDIBLE SOUNDS(Explanation)
AUDIBLE AND INAUDIBLE SOUNDS(Notes)
WAVE VELOCITY AND PARTICLE VELOCITY(Explanation)
WAVE VELOCITY AND PARTICLE VELOCITY(Notes)
PROB_01,02(Explanation)
PROB_01,02(Notes)
PROB_03,04(Explanation)
PROB_03,04(Notes)
PROB_05,06(Explanation)
PROB_05,06(Notes)
Exercises
SOUND (QUIZ)
17 questions
Heat
Introduction to Heat and Temperature (Explanation)
Introduction to Heat and Temperature (Notes)
INTRODUCTION TO HEAT AND TEMPARATURE(Quiz)
5 questions
Temperature Heat continues both bodies (Explanation)
Temperature Heat continues both bodies (Notes)
TEMPARATURE HEAT CONTINUES BOTH BODIES (Quiz)
5 questions
Temprature Property attained three bodies (Explanation)
Temprature Property attained three bodies (Notes)
TEMPARATURE PROPERTY ATTAINED THREE BODIES(Quiz)
5 questions
Units of Heat (Explanation)
Units of Heat (Notes)
UNITS OF HEAT(Quiz)
5 questions
Applications, Principles of method of mixtures (Explanation)
Applications, Principles of method of mixtures (Notes)
APPLICATIONS, PRINCIPALS OF METHOD OF MIXTURES(Quiz)
5 questions
Evaporation (Explanation)
Evaporation (Notes)
EVAPORATION(Quiz)
5 questions
Condensation (Explanation)
Condensation (Notes)
CONDENSATION (Quiz)
5 questions
Anomalous expansion of water (Explanation)
Anomalous expansion of water (Notes)
ANOMALOUS EXPANSION OF WATER(Quiz)
3 questions
Problems (Explanation)
Problems (Notes)
Floating Bodies
Introduction to Floating Bodies
Relative destiny
Lactometer
Floating and Sinking of objects
Atmosphere pressure
Pressure at a depth ‘h’ in a liquid
How a body experiences buoyancy
Pascal’s Principle
Problems 01 & 02 and 3 & 04
Problems 03 & 04
Problem 4 and 05
Introduction
Relative density
Lactometer
Explanation of floating and sinking of objects
Atmosphere Pressure
Pressure at a depth ‘h’ in a liquid
How a body experiences buoyancy
Pascal’s principle
Solved problems
problems
problems
Refraction of Light At Plane Surface(IN REVIEW)
PART 1
PART 2
PART 3
PART 4
PART 5
PART 6
PART 7
PART 1(Notes)
PART 2(Notes)
PART 3(Notes)
PART 4(Notes)
PART 5(Notes)
PART 6(Notes)
PART 7(Notes)

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Course info
  • Course Date : 17 Feb 2020 - 20 May 2020
  • Time : 09:00 - 01:00
  • Duration : 90 Hours
  • Lectures : 23
  • Levels : Beginner
  • Enrolled : 1874 Students
  • Video : 12 Hours
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