Free Download 24 Hours To Master Physics– From Beginners To Advanced LevelPublished 7/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 16.11 GB | Duration: 23h 30m
Classical Mechanics with 400+ questions
What you'll learn
Concept building
Problem solving strategy
School or College level preparation
Getting ready for competitive exams
Requirements
Come with an open mind as I have covered from the most basic level
Description
Welcome! This meticulously designed course is your key to unlocking the fascinating world of classical mechanics, one of the foundational branches of physics. Whether you're a student, a science enthusiast, or a professional seeking to strengthen your understanding, this course provides a comprehensive and in-depth exploration of classical mechanics.Through a series of around 170 concise and engaging lectures, each lasting approximately 8 minutes, you'll embark on an immersive learning journey spanning over 24 hours. Led by an experienced and passionate instructor, you'll unravel the fundamental principles and mathematical techniques that underpin classical mechanics.Starting from the basics, you'll gradually progress to advanced topics, building a strong conceptual foundation along the way. Topics covered include 1-D Kinematics, Projectile motion, Newton's laws of motion, Friction, SHM, Rotation and much more. Each lecture is carefully crafted to present complex concepts in a clear and accessible manner, ensuring that learners of all levels can grasp the material. After lectures, you will get a Quiz of 5 questions to test your understanding.With a focus on practical applications, this course equips you with the analytical skills necessary to solve real-world problems. Through hands-on examples, demonstrations, and thought-provoking exercises, you'll develop a solid understanding of classical mechanics and its applications in various fields such as engineering, astrophysics, and robotics.Enroll now in "24 hours to Master Physics- from Beginners to Advanced level" and unlock the secrets of this timeless branch of physics. Get ready to embark on a journey of discovery and gain the confidence to tackle complex problems with ease!
Overview
Section 1: Units and Standards
Lecture 1 Introduction: Units and Standards
Section 2: Displacement vs Distance
Lecture 2 Introduction: Part 1
Lecture 3 Practice questions: Part 2
Lecture 4 Practice questions: Part 3
Lecture 5 Practice questions: Part 4
Section 3: Velocity vs Speed
Lecture 6 Introduction : Part 1
Lecture 7 Practice questions: Part 2
Lecture 8 Practice questions: Part 3
Lecture 9 Speed vs Velocity: Part 4
Lecture 10 Speed vs Velocity: Part 5
Section 4: Graphical analysis of Position vs time
Lecture 11 Graphical analysis: Position vs time part 1
Lecture 12 Graphical analysis: Position vs time part 2
Lecture 13 Graphical analysis: Position vs time part 3
Lecture 14 Graphical analysis: Position vs time part 4
Section 5: Graphical analysis: Velocity vs time
Lecture 15 Graphical analysis: Velocity vs time part 1
Lecture 16 Graphical analysis: Velocity vs time part 2
Section 6: Acceleration and equations of motion
Lecture 17 Acceleration and equations of motion
Section 7: Practice questions on equations of motion: Level 1
Lecture 18 Practice questions on equations of motion: Level 1 Part 1
Lecture 19 Practice questions on equations of motion: Level 1 Part 2
Lecture 20 Practice questions on equations of motion: Level 1 Part 3
Lecture 21 Practice questions on equations of motion: Level 1 Part 4
Section 8: Practice questions on equations of motion: Level 2
Lecture 22 Practice questions on equations of motion: Level 2 Part 1
Lecture 23 Equations of motion_ practice questions lecture 2 part 2
Lecture 24 Equations of motion_ practice questions lecture 2 part 3
Section 9: Vectors and Relative velocity
Lecture 25 Vectors
Lecture 26 Relative velocity
Lecture 27 Practice questions on Vectors and Relative velocity: Part 1
Lecture 28 Practice questions on Vectors and Relative velocity: Part 2
Section 10: Freefall
Lecture 29 Practice questions - Freefall: Part 1
Lecture 30 Practice questions - Freefall: Part 2
Lecture 31 Practice questions - Freefall: Part 3
Lecture 32 Practice questions - Freefall: Part 4
Lecture 33 Practice questions - Freefall: Part 5
Section 11: Vector components
Lecture 34 Vector components - Part 1
Lecture 35 Vector components - Part 2
Section 12: Projectile motion
Lecture 36 Projectile motion - Introduction
Lecture 37 Projectile motion - Concept builder question
Section 13: Projectile motion - Practice questions
Lecture 38 Part 1
Lecture 39 Part 2
Lecture 40 Part 3
Section 14: Newton's law
Lecture 41 Introdution to Force and Newton's law
Section 15: Types of Forces
Lecture 42 Types of Forces
Section 16: Free Body Diagram (FBD)
Lecture 43 FBD - Introduction
Section 17: Practice questions on FBD
Lecture 44 FBD - Practice questions - Part 1
Lecture 45 FBD - Practice questions - Part 2
Section 18: Newton's law - Basic Practice questions
Lecture 46 Newton's law - Practice questions - Part 1
Lecture 47 Newton's law - Practice questions - Part 2
Section 19: Inclined plane - Introduction
Lecture 48 Inclined plane - Concept builder
Section 20: Inclined plane - Practice questions
Lecture 49 Part 1
Lecture 50 Part 2
Lecture 51 Part 3
Lecture 52 Part 4
Section 21: (Newton's law) Elevator related questions
Lecture 53 Part 1
Lecture 54 Part 2
Section 22: (Newton's law) Tension related questions
Lecture 55 Part 1
Lecture 56 Part 2
Lecture 57 Part 3
Section 23: (Newton's law) Attwood Machine
Lecture 58 Part 1
Lecture 59 Part 2
Lecture 60 Part 3
Lecture 61 Part 4
Section 24: Friction - Introduction
Lecture 62 Part 1
Lecture 63 Part 2
Section 25: Friction - Practice questions - Level 1
Lecture 64 Part 1
Lecture 65 Part 2
Lecture 66 Part 3
Section 26: Friction - Practice questions - Level 2
Lecture 67 Part 1
Lecture 68 Part 2
Lecture 69 Part 3
Lecture 70 Part 4
Lecture 71 Part 5
Section 27: Circular motion
Lecture 72 Introduction: Circular motion
Lecture 73 Practice questions: Circular motion - part 1
Lecture 74 Practice questions: Circular motion - part 2
Lecture 75 Practice questions: Circular motion - part 3
Lecture 76 (Challenging) Practice questions: Circular motion - part 4
Lecture 77 Introduction: Unbanked curve
Lecture 78 Practice questions - Unbanked curve
Lecture 79 Introduction: Banked curve
Lecture 80 Practice questions - Banked curve - part 1
Lecture 81 (Challenging) Practice questions - Banked curve - part 2
Section 28: Gravitation
Lecture 82 Gravitation - Introduction
Lecture 83 Gravitation - Practice questions part 1
Lecture 84 Gravitation - Practice questions part 2
Lecture 85 Gravitation - Practice questions part 3
Lecture 86 Satellite and Kepler's law - Introduction
Lecture 87 Satellite and Kepler's law - Practice questions part 1
Lecture 88 Satellite and Kepler's law - Practice questions part 2
Section 29: Work
Lecture 89 Introduction
Lecture 90 Work - Practice questions part 1
Lecture 91 Work - Practice questions part 2
Section 30: Energy
Lecture 92 Forms of energy - Introduction
Lecture 93 Conservative vs Non-conservative force
Lecture 94 Forms of Energy - Practice questions
Lecture 95 Theorems of Energy - Introduction
Lecture 96 Theorems of Energy - Practice questions Part 1
Lecture 97 Theorems of Energy - Practice questions Part 2
Lecture 98 Conservation of mechanical energy - practice questions part 1
Lecture 99 Conservation of mechanical energy - practice questions part 2
Lecture 100 Conservation of mechanical energy - practice questions part 3
Lecture 101 Conservation of mechanical energy - practice questions part 4
Lecture 102 Conservation of Energy with Non-Conservative force - Practice questions part 5
Lecture 103 Conservation of Energy with Non-Conservative force - Practice questions part 6
Section 31: Power
Lecture 104 Introduction
Lecture 105 Power - Practice questions Part 1
Lecture 106 Power - Practice questions Part 2
Section 32: Momentum
Lecture 107 Momentum - Introduction
Lecture 108 Momentum - Practice questions Part 1
Lecture 109 Momentum - Practice questions Part 2
Lecture 110 Momentum - Practice questions Part 3
Lecture 111 Momentum - Practice questions Part 4
Section 33: Conservation of Momentum
Lecture 112 Conservation of Momentum Introduction
Lecture 113 Conservation of Momentum Practice questions Part 1
Lecture 114 Conservation of Momentum Practice questions Part 2
Lecture 115 Conservation of Momentum Practice questions Part 3
Section 34: Types of collisions
Lecture 116 Types of collisions - Introduction
Lecture 117 Types of Collisions Practice questions Part 1
Lecture 118 Types of Collisions Practice questions Part 2
Lecture 119 Types of Collisions Practice questions Part 3
Lecture 120 Types of Collisions Practice questions Part 4
Section 35: SHM - Simple Harmonic Motion
Lecture 121 SHM - Introduction
Section 36: SHM Horizontal Spring Mass System
Lecture 122 Introduction
Lecture 123 Practice questions
Section 37: SHM Vertical Spring Mass System
Lecture 124 Introducction
Lecture 125 Practice questions - Part 1
Lecture 126 Practice questions - Part 2
Lecture 127 Practice questions - Part 3
Section 38: SHM - Energy
Lecture 128 Introduction
Lecture 129 Practice questions
Section 39: SHM - Simple Pendulum
Lecture 130 Introduction
Lecture 131 Practice questions
Section 40: Rotation
Lecture 132 Rotation - Introduction
Lecture 133 Centripetal vs Tangential acceleration
Section 41: Equations of Rotational motion
Lecture 134 Equations of Rotational motion - Introduction
Lecture 135 Equations of Rotational motion - Practice questions Part 1
Lecture 136 Equations of Rotational motion - Practice questions Part 2
Lecture 137 Equations of Rotational motion - Practice questions Part 3
Section 42: Center of Mass
Lecture 138 COM - Introduction
Lecture 139 COM - Practice questions Part 1
Lecture 140 COM - Practice questions Part 2
Section 43: Moment of inertia and Rotational KE
Lecture 141 Moment of intertia and Rotational KE - Introduction
Lecture 142 Moment of inertia and Rotational KE - Practice questions Part1
Lecture 143 Moment of inertia and Rotational KE - Practice questions Part2
Lecture 144 Moment of inertia of solid objects
Lecture 145 Parallel axis theorem
Section 44: Torque
Lecture 146 Torque - Introduction
Lecture 147 Torque - Practice Questions Part 1
Lecture 148 Torque - Practice Questions Part 2
Lecture 149 Torque - Practice Questions Part 3
Section 45: Rotational Dynamics
Lecture 150 Rotational Dynamics - Introduction
Lecture 151 Rotational Dynamics - Practice questions Part 1
Lecture 152 Rotational Dynamics - Practice questions Part 2
Lecture 153 Rotational Dynamics - Practice questions Part 3
Section 46: Static Equilibrium
Lecture 154 Static Equilibrium - Introduction
Lecture 155 Static Equilibrium - Practice questions Part 1
Lecture 156 Static Equilibrium - Practice questions Part 2
Lecture 157 Static Equilibrium - Practice questions Part 3
Lecture 158 Static Equilibrium - Practice questions Part 4
Section 47: Rolling motion
Lecture 159 Rolling motion - Introduction Part 1
Lecture 160 Rolling motion - Introduction Part 2
Lecture 161 Rolling motion - Practice questions Part 1
Lecture 162 Rolling motion - Practice questions Part 2
Lecture 163 Rolling motion - Practice questions Part 3
Section 48: Angular Momentum
Lecture 164 Angular Momentum and Conservation of Angular Momentum - Introduction
Lecture 165 Angular Momentum - Practice questions Part 1
Lecture 166 Angular Momentum - Practice questions Part 2
Section 49: Energy conservation in Rotation
Lecture 167 Energy conservation in Rotation - Practice questions Part 1
Lecture 168 Energy conservation in Rotation - Practice questions Part 2
This is for all the High schoolers or college grad taking any of the following courses: Physics honors, Regular Physics, School level Physics, AP Physics 1 and AP Physics C,This is NOT for AP Physics 2 aspirants
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