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Learn the most comprehensive course in Classical Mechanics, and be prepared for the college entrance exams.

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- 6 hours on-demand video
- 4 Articles
- 1 Supplemental Resource
- Full lifetime access
- Access on mobile and TV

- Certificate of Completion

What Will I Learn?

- By the end of the course you will be able to solve problems in Classical Mechanics, and pass the Classical Mechanics final exam, and/or college entrance exam.

Requirements

- Mathematics in high school level including: Basics of vector analysis, differential and integral calculus.

Description

This course contains video tutorials in classical mechanics at upper high school and pre-university levels. Each section of the course begins with video tutorials in concepts, rules and formalism of relevant topics; then you can take a quiz and watch problem and solution lectures. Each lecture has a supplementary material that is either the summary of the lecture with its important equations in pdf format, or it is the image of the lecture. This is a live course; I will improve the course by modifying the lectures and adding more lectures on it especially problem solving lectures. Changes will also be based on student's feedbacks. So if you subscribe to this course in addition to the lifetime access to the improving and growing number of lectures, you can also ask your questions, make comments on this course; and you can also send me any problem relevant to the course, after finding its solution I will add it to the problem and solution lectures.
Who is the target audience?

- This Classical Mechanics course is created for upper high school students who are preparing for their final exams, and/or for the college entrance exams.
- Every one with an interest in Physics, and Classical Mechanics can take this course.

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Curriculum For This Course

Expand All 59 Lectures
Collapse All 59 Lectures
05:54:23

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Welcome!
2 Lectures
02:23

Preview
01:52

Before starting the course please take this quiz. Feel free to ask your questions about this quiz.

Quiz 1:Calculus

5 questions

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Kinematics
9 Lectures
01:01:25

Kinematical equations of motion of an object on a two dimensional plane are found in this lecture.

Preview
15:54

Motion with constant velocity.

Uniform Motion

05:17

Motion with a constant acceleration.

Uniformly Accelerated Motion

15:12

problem and solution 1

01:36

Problem and solution 2

07:57

Quiz 2:Kinematics

5 questions

Problem and Solution 3

06:18

problem and solution 4

07:44

Problem and Solution 5

00:54

Problem and Solution 6

00:33

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Dynamics
12 Lectures
01:17:34

Newton's laws of motion which are the basis of classical dynamics are defined in this lecture.

Newton's Laws of Motion

02:51

Definition of static and kinetic friction.

Frictional Forces

05:18

Motion of an object on an inclined surface according to the Newton's second law.

Motion along an incline

05:39

Atwood machine is made of two objects connected by a string that passes over a pulley and pulley is hung from a ceiling. Acceleration of the objects and tension on string is found in this lecture.

Atwood Machine

05:07

The relation between the spring restoring force and its extension or compression is discussed in this lecture.

Hooke's Law

02:57

Motion of a falling object if the gravitational force is the only force acting on it.

Free Fall

06:48

Motion of a projectile near the Earth if the gravitational force is the only force acting on it.

Projectile Motion

20:36

What you feel as weight is in fact apparent weight that is discussed in this lecture.

Apparent Weight and Elevator

05:15

Quiz 3:Dynamics

5 questions

Problem and Solution 1

03:48

Problem and Solution 2

03:42

Problem and Solution 3

07:14

Problem and Solution 4

08:19

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Work and Energy
12 Lectures
59:26

Energy

00:53

Work done on an object by a force acting on it.

Work

05:14

Work- kinetic energy theorem is discussed in this lecture.

Work and Kinetic Energy

09:53

Work and Gravitaional Potential Energy

07:24

Mechanical Energy and its Conservation Law

01:36

Elastic Potential Energy

04:28

Power

00:28

Quiz 4:Work and Energy

5 questions

Problem and Solution 1

05:33

Problem and Solution 2

05:53

Problem and Solution 3

12:41

Problem and Solution 4

05:10

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Linear Momentum
8 Lectures
50:26

Definition of linear momentum, and its relation with Newton's second law.

Momentum

02:19

Definition of impulse and its relation with linear momentum.

Impulse

04:04

Conservation Law of Linear Momentum

07:21

Elastic and Inelastic Collisions

01:48

Quiz 5:Linear Momentum

3 questions

Problem and Solution 1

03:15

Problem and Solution 2

12:47

Problem and Solution 3

12:43

Problem and Solution 4

06:09

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Periodic Motion
8 Lectures
59:00

Oscillation or Periodic Motion

01:45

Motion of an connected to a perfectly elastic spring if the spring force is the only force acting on it.

Simple Harmonic Motion- Perfectly Elastic Spring

11:00

Motion of pendulum about an equilibrium point on an approximately horizontal line, if gravity is the only force acting on it.

Simple Harmonic Motion- Simple Pendulum

05:26

Motion with a constant speed on a circle.

Uniform Circular Motion

11:29

Quiz 6:Periodic Motion

4 questions

Problem and Solution 1

11:45

Problem and Solution 2

02:44

Problem and Solution 3

10:21

Problem and Solution 4

04:30

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Gravity
8 Lectures
43:53

Newton's Law of Universal Gravitation

05:55

Fields of Force

03:30

Kepler's three laws of planetary motion are discussed in this lecture.

Kepler's Laws of Planetary Motion

08:30

Satellite Motion

05:49

Quiz 7:Gravity

4 questions

Problem and Solution 1

06:05

Problem and Solution 2

02:53

Problem and Solution 3

03:51

Reminding: in this problem satellite is moving on an equatorial orbit.

Problem and Solution 4

07:20

About the Instructor

Physicist and Cosmologist

Soghra Tayfeh Bagheri, Physics Educator, Course Creator, Writer, and Assignment Helper in these areas of Physics: Newtonian (or Classical) Mechanics, Lagrangian and Hamiltonian Mechanics, Statistical Mechanics, Quantum Mechanics, Electricity and Magnetism, Electrodynamics, Special Theory of Relativity, Computational Physics and Cosmology.

I have studied Physics and Cosmology, both at master level. I enjoy teaching, solving physics problems, and learning more.

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