Essential Physics : Master Classical And Newtonian Mechanics

Physics : Newton's laws , linear circular rotational & harmonic motions , friction , collision , work energy , momentum

What you'll learn
Pass your final physics exams with ease
Understand your course material, learn smart shortcuts and be ahead of the curve
Understand the major concepts of 1 & 2 dimensional, circular, rotational and harmonic motions
Understand the major concepts of dynamics such as Newton's Laws, centripetal motion, gravitation, collision and much more…
Understand and master the core concepts of physics formulas by learning how they were derived from calculus
Gain fluency and confidence with physics fundamentals and problem-solving
Requirements
There are no pre-requisites for this course. We will walk through the different physics topics step by step
Description
Dear student,Welcome to this online physics course on classical mechanics.This 7h course will introduce you to the main and fundamentals topics in classical mechanics using hands on demos and playing english crystal clear explanation."Master classical and Newtonian mechanics" is organized into 9 sections :SYSTEMS OF UNITS, COORDINATE SYSTEMS AND VECTORSONE DIMENSIONAL MOTIONTWO DIMENSIONAL MOTION AND CIRCULAR MOTIONNEWTON'S LAWSFRICTIONS IN LINEAR AND CIRCULAR MOTIONSWORK AND ENERGYLINEAR MOMENTUM AND COLLISIONROTATIONAL MOTIONSIMPLE HARMONIC MOTIONThese are the 9 chapters at the beginning of every physics class.And here’s what you get inside of every lesson :Videos : Watch over my shoulder as I solve problems for every single physics issue you’ll encounter in class. We start from the beginning, I explain the problem setup and why I set it up that way, the steps I take and why I take them, how to work through the fuzzy middle parts, and how to simplify the answer when you get it.Notes (downloadable pdf files) : The notes section of each lesson is where you find the most important things to remember. It’s like Cliff Notes for books, but for physics. Everything you need to know to pass your class and nothing you don’t.Solved problems (downloadable pdf file) : When you think you’ve got a good grasp on a topic within a course, you can test your knowledge by taking one of our solved problems. If you pass, wonderful. If not, you can review the videos and notes again or ask me for help in the Q&A section.So what do you say ? ready to dive in ?Sign up today and get :1. immediate lifetime access to over 7 hours of high quality video content2. downloadable solved-problem filesand3. one-on-one instructor supportSo with no further ado, go ahead, click the enroll button and I will see you in the first section !Cheers,WR TrainingSpread the wings of your knowledge

Overview

Section 1: ABOUT THE COURSE

Lecture 1 Introduction and learning objectives

Section 2: SYSTEMS OF UNITS, COORDINATE SYSTEMS AND VECTORS

Lecture 2 Systems of units

Lecture 3 Conversion of units

Lecture 4 Significant figures

Lecture 5 Scientific notation

Lecture 6 Trigonometry

Lecture 7 Coordinate systems

Lecture 8 Vectors

Lecture 9 Addition and subtraction of vectors

Section 3: ONE DIMENSIONAL MOTION

Lecture 10 Introduction to one dimensional motion

Lecture 11 Displacement

Lecture 12 Average velocity

Lecture 13 Average speed

Lecture 14 Instantaneous velocity

Lecture 15 Acceleration

Lecture 16 Equations of motion

Lecture 17 Free-falling object

Section 4: TWO DIMENSIONAL MOTION AND CIRCULAR MOTION

Lecture 18 Introduction to two dimensional and circular motions

Lecture 19 Displacement, velocity and acceleration

Lecture 20 Equations of motion in two dimensions

Lecture 21 Projectile motion

Lecture 22 Uniform circular motion

Lecture 23 Linear velocity, angular velocity, period and frequence

Lecture 24 Nonuniform circular motion

Section 5: NEWTON'S LAWS

Lecture 25 Introduction to Newton's laws

Lecture 26 Statement of Newton's laws

Lecture 27 Discussion of Newton's laws of motion

Lecture 28 Free body diagram (FBD)

Lecture 29 Remarks on the application of Newton's second and third laws

Lecture 30 Newton's gravitational law

Lecture 31 Mass and weight

Lecture 32 Apparent weight

Lecture 33 Dynamics of a uniform circular motion

Section 6: FRICTIONS IN LINEAR AND CIRCULAR MOTIONS

Lecture 34 Introduction to frictions in linear and circular motions

Lecture 35 Frictional forces

Section 7: WORK AND ENERGY

Lecture 36 Introduction to work and energy

Lecture 37 Work

Lecture 38 Work-energy theorem

Lecture 39 Conservative forces

Lecture 40 Potential energy

Lecture 41 Non-conservative forces and the total mechanical energy

Lecture 42 Power

Section 8: LINEAR MOMENTUM AND COLLISION

Lecture 43 Introduction to linear momentum and collision

Lecture 44 System of particles

Lecture 45 Motion of the center of mass

Lecture 46 Linear momentum of a system of particles

Lecture 47 Collision and change in linear momentum

Lecture 48 Impulse

Lecture 49 Collision in two dimensions

Lecture 50 Types of collision

Section 9: ROTATIONAL MOTION

Lecture 51 Introduction to rotational motions

Lecture 52 Angular kinematic quantities

Lecture 53 Rotational motion in a plane

Lecture 54 Torque

Lecture 55 Rigid body

Lecture 56 Moment of inertia

Lecture 57 Parallel axes theorem

Lecture 58 Equilibrium of a rigid body

Lecture 59 Angular momentum

Lecture 60 Rotational kinetic energy

Lecture 61 A rigid body in translational and rotational motions

Lecture 62 Total mechanical energy

Section 10: SIMPLE HARMONIC MOTION

Lecture 63 Introduction to simple harmonic motion

Lecture 64 Hooke's law

Lecture 65 Potential energy of a spring

Lecture 66 Mass-spring system in SHM

Lecture 67 Simple pendulum in SHM

Section 11: BONUS

Lecture 68 BONUS : COUPON CODES

Current physics students, or students about to start physics who are looking to get ahead,Homeschool parents looking for extra support with physics,Anyone who seeks to broaden the sphere of his knowledge and discover the fascinating world of physics,Anyone who wants to study physics for fun after being away from school for a while