The Complete Ap And College Physics Course

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The Complete Ap And College Physics Course
Last updated 11/2021
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 18.18 GB | Duration: 30h 32m

Master the College/AP physics from classical to modern physics, then test your knowledge with 300+ practice exercises!

What you'll learn
One Dimensional Kinematics
Two Dimensional Kinematics
Forces And Newton's Laws of Motion
Work and Energy
Linear Momentum and Collisions
Rotational Motion
Gravitation
Fluid Mechanics
Oscillations and Waves
Heat And Temperature
Thermodynamics
Electrostatics and Electricity
Magnetism and Electromagnetism
Optics and Light
Special Relativity
Introduction to The Quantum World
Atomic and Nuclear Physics
Requirements
Just your attention
Description
MASTER THE COLLEGE PHYSICS/AP PHYSICS NOW!This 30+ hours course goes from Newtonian Mechanics, all the way to the mind-blowing world of Quantum Mechanics. It contains crystal clear video explanation of all the AP Physics curriculum, it also includes PHET Simulations so that you don't get bored and fall asleep or you know, curse me on the comment section. THIS COURSE IS PERFECT FOR SAT/ACT/GCE A LEVEL TEST PREP!You'll also find 300+ practice exercises including MCQs and numerical problems. The solutions to these problems are given in video and PDF forms. And if maybe that's not enough practice, I've also included tons of worked additional problems from various resources. You'll also find a summary as a PDF file taken from my favorite book which I will provide the link to, these summaries are included in the last course lecture of every section as a resource. The exercises PDF files are included in the practice exercises lectures. What students say about this course: "Just finished the whole course, one word: PERFECT! I'd recommend this to anyone learning or majoring in Physics. Thank you so much for your help!" _ Michael Carrot

Overview

Section 1: AP Physics: Introduction

Lecture 1 Course Overview

Section 2: Basic Trigonometry Review

Lecture 2 Vectors and Scalars

Lecture 3 Cosine Rule and Triangle Law

Section 3: One Dimensional Kinematics

Lecture 4 Average Speed and Average Velocity

Lecture 5 Acceleration, Instantaneous Velocity and Graphs

Lecture 6 Free Fall

Lecture 7 Practice Exercises

Section 4: Two Dimensional Kinematics

Lecture 8 Horizontally Launched Projectiles

Lecture 9 Projectile Launched at An Angle

Lecture 10 Practice Exercises

Section 5: Forces and Newtons's Laws

Lecture 11 Introduction To Forces

Lecture 12 Newton's First Law of Motion

Lecture 13 Newton's Second Law of Motion

Lecture 14 Newton's Third Law of Motion

Lecture 15 Weight and Normal Force

Lecture 16 Inclined Planes

Lecture 17 Friction

Lecture 18 Uniform Circular Motion And The Centripetal Acceleration

Lecture 19 Central Forces

Lecture 20 Practice Exercises

Section 6: Work and Energy

Lecture 21 Work

Lecture 22 Potential and Kinetic Energy

Lecture 23 Potentiel and Kinetic Energy in a Pendulum

Lecture 24 Hooke's Law

Lecture 25 Work-Energy Theorem

Lecture 26 Conservation of Energy

Lecture 27 Practice Exercises

Section 7: Linear Momentum and Collisions

Lecture 28 Linear Momentum and Impulse

Lecture 29 Conservation of Linear Momentum

Lecture 30 Collisions

Lecture 31 Center of Mass

Lecture 32 Practice Exercises

Section 8: Rotational Motion

Lecture 33 Torque

Lecture 34 Angular Position, Displacement, Velocity and Acceleration

Lecture 35 Rotational Equilibrium

Lecture 36 Moment of Inertia

Lecture 37 Angular Momentum and It's Conservation

Lecture 38 Practice Exercises

Section 9: Gravitation

Lecture 39 Kepler's Laws of Planetary Motion

Lecture 40 Newton's Law of Universal Gravitation

Lecture 41 Satellites Orbit

Lecture 42 Gravitational Potential Energy in Space and The Escape Velocity

Lecture 43 Derivation of GPE In outer Space(Calculus)

Lecture 44 Practice Exercises

Section 10: Fluid Mechanics

Lecture 45 Introduction To Fluid Mechanics: Fluid Statics

Lecture 46 Pascal's Principle

Lecture 47 Archimedes Principle

Lecture 48 Flow Rate

Lecture 49 Bernoulli's Principle

Lecture 50 Practice Exercises

Section 11: Heat and Temperature

Lecture 51 Introduction to Thermal Physics

Lecture 52 Heat Transfer and Temperature Change

Lecture 53 Phase Changes

Lecture 54 Thermal Expansion

Lecture 55 Mechanisms of Heat Transfer

Lecture 56 Charle's Law and Boyle's Law

Lecture 57 Ideal Gas Law

Lecture 58 The Kinetic Theory of Gases

Lecture 59 Practice Exercises

Section 12: Thermodynamics

Lecture 60 Introduction To Thermodynamics and The Zeroth Law

Lecture 61 First Law of Thermodynamics

Lecture 62 Thermodynamic Processes

Lecture 63 Second Law of Thermodynamics

Lecture 64 The Heat Engine and The Carnot Cycle

Lecture 65 Practice Exercises

Section 13: Oscillations and Waves

Lecture 66 Introduction To Oscillating Motion

Lecture 67 Writing The Equation For a Sinusoidal Wave

Lecture 68 Acceleration Equation of a Sine Wave and Proof of The Period Formula (Calculus)

Lecture 69 Damped Oscillations

Lecture 70 Transverse Waves

Lecture 71 Longitudinal Waves: Sound

Lecture 72 Superposition, Destructive and Constructive Interference

Lecture 73 Standing Waves

Lecture 74 Reflection Of Waves On a String

Lecture 75 Resonance

Lecture 76 Doppler Effect

Lecture 77 Practice Exercises

Section 14: Electricity and Electrostatics

Lecture 78 Electric Charge and Conservation of Charge

Lecture 79 Coulomb's Law

Lecture 80 Superposition of Charges

Lecture 81 The Electric Field

Lecture 82 Electric Potential Energy

Lecture 83 Electric Potential

Lecture 84 Work Done On a Charge at Infinite Distance (Calculus)

Lecture 85 Conductors and Insulators

Lecture 86 Electric Current

Lecture 87 Resistivity, Resistance and Ohm's Law

Lecture 88 Electric Circuits

Lecture 89 Electric Power and Heat

Lecture 90 Electromotive Force and Internal Resistance

Lecture 91 Kirschoff's Rules

Lecture 92 Kirschoff's Rules (Example)

Lecture 93 Capacitors

Lecture 94 Alternating Current Versus Direct Current

Lecture 95 Practice Exercises

Section 15: Magnetism and Electromagnetism

Lecture 96 Magnetic Force on a Moving Charge

Lecture 97 Circular Motion of Moving Charges

Lecture 98 Magnetic Force on a Current-Carrying Conductor

Lecture 99 Electromagnetic Induction: Motional EMF

Lecture 100 Faraday's Law

Lecture 101 Lenz's Law

Lecture 102 Practice Exercises

Section 16: Optics and Light

Lecture 103 Intro to Optics and Light

Lecture 104 Interference and Diffraction

Lecture 105 Huygens's Principle

Lecture 106 Young's Double Slit Experiment

Lecture 107 Polarization

Lecture 108 Law of Reflection

Lecture 109 Law of Refraction

Lecture 110 Total Internal Reflection

Lecture 111 Dispersion

Lecture 112 Flat Mirrors

Lecture 113 Concave and Convex Mirrors

Lecture 114 Concave and Convex Lenses

Section 17: Special Relativity

Lecture 115 The Michelson-Morley Experiment

Lecture 116 Einstein's Postulates

Lecture 117 Time Dilation and Length Contraction

Lecture 118 Relativistic Velocity Addition

Lecture 119 Relativistic Energy and The Equivalence of Mass and Energy

Lecture 120 Rutherford's Gold Foil Experiment

Section 18: Introduction to Quantum Mechanics

Lecture 121 Introduction to The Quantum World

Lecture 122 Blackbody Radiation and Quantization of Energy

Lecture 123 The Photoelectric Effect

Lecture 124 The Particle-Wave Duality

Lecture 125 Heisenberg's Uncertainty Principle

Lecture 126 The Schrӧdinger Equation (Basics)

Lecture 127 Atomic Spectra: Hydrogen Spectrum

Section 19: Atomic and Nuclear Physics

Lecture 128 The Bohr Model of The Atom

Lecture 129 Atomic, Neutron, and Mass Number

Lecture 130 Binding Energy

Lecture 131 Radioactivity and Alpha Decay

Lecture 132 Beta Decay

Lecture 133 Gamma Decay

Lecture 134 Radioactive Decay Rates

Lecture 135 Nuclear Reactions: Nuclear Fission and Nuclear Fusion

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