The Complete Physics Course - Learn Science the easy way!

A course that's made for you to easily learn Physics! - even for those that don't like Math & Science :)

4.7

(639 đánh giá)

6,824 học viên

Giảng viên

Robert Mathisen

Phụ đề Việt chất lượng cao Phụ đề tiếng Anh Bán chạy Đánh giá cao

50.000đ 1.099.000đ -95%

✓ Xem giỏ hàng và thanh toán

Bao gồm phụ đề tiếng Việt, tiếng Anh

18.5 giờ video

273 bài giảng

6 bài quiz

Truy cập vĩnh viễn

Học trên mọi thiết bị

Cập nhật: 28/05/2026

#Physics #Science #Teaching & Academics

Bạn sẽ học được gì

Standard & Metric System

Vectors & Scalars

Standard & Scientific Notation

Linear Motion (including Free Fall): 1-Dimensional Motion

Projectile Motion: 2-Dimensional Motion

Newton's Laws of Motion

Free Body Diagrams

Forces Acting on an Object (Flat Surface & Incline Plane)

Work & Power

Kinetic & Potential Energy

Conservation of Energy

Conservation of Momentum

Yêu cầu

I suggest you have access to a printer to be able to print out the worksheets associated with each lesson.

Đối tượng phù hợp

High School students

Anyone interested in learning about Physics

Final Exam Prep

Nội dung khóa học

25 phần • 272 bài giảng

1 Hello & Welcome!!

2 Reviews from Release Date (April 2021) to Today (Feb 2022)

3 "Missing" Answer Keys

1 I'll Explain the Math

2 Let's Do the Math

3 Introduction

4 Background Information

5 Systems of Measurement (US & Metric System)

6 Metric Prefixes

7 Question - Which System is Better?

8 Unit Conversions - Explanation - Part 1

9 Unit Conversions - Explanation - Part 2

10 Unit Conversions - Explanation - Part 3

11 Worksheet Instructions

12 Problems 1-4

13 Problems 5-8

14 Problems 9&11

15 Problems 10&12

16 Back to our Question - Which System is Better?

1 Please leave a Rating and a Review!

2 Introduction

3 Defining Vectors & Scalars

4 Vector Notation & Representation

5 Vector Addition

6 Why are we learning about Vectors?

7 Adding Vectors - Practice Problems Part 1

8 Adding Vectors - Practice Problems Part 2

9 Multiplying Vectors by Scalars

10 Negative Vectors and their Direction

11 Adding, Scaling, and Subtracting Vector Exercises

12 Worksheet - Download & Print Out

13 Adding, Subtracting & Scaling Vectors Worksheet

1 Lets do the Math

2 Pythagorean Theorem

3 Intro to Trigonometry & Defining the different parts of the Right Triangle

4 Why are we learning Trigonometry?

5 Trigonometric Functions

6 Trigonometry - Example Problem 1

7 Worksheet - Download & Print Out

8 Trigonometry Worksheet - Problems 1-3 - Determine the value of X

9 Trigonometry Worksheet - Problem 1 - Determine the value of X & Y

10 Worksheet - Download & Print Out

11 Worksheet Practice Problems

1 Introduction

2 Why do we use Scientific Notation?

3 Understanding Exponents

4 Rules for Scientific Notation...We'll understand these, not memorize them!

5 Convert from Scientific to Standard Notation

6 Convert from Standard to Scientific Notation

7 Additional Problems

8 Worksheet - Download & Print Out

9 Review - Metric System, Vectors & Scalars, and Standard & Scientific Notation

1 Motion Diagram Worksheet - Download & Print Out

2 Only teaching how to plot Position vs Time and Velocity vs Time

3 What is a Motion Diagram?

4 Plotting Position vs Time Graph

5 Defining Segments on a Position vs Time Graph and Discussing Slope Formula

6 Calculating the Slope of the 1st Segment

7 Definition of Velocity

8 Calculating Velocity for the 2nd Segment

9 Calculating Velocity for the 3rd Segment

10 Plotting Velocity vs Time Graph

11 Practice Problem for you to try

1 Introduction Page

2 Deriving the Kinematic Equations - Intro

3 Deriving the 2 Average Velocity Formulas

4 Deriving the Formula.... xF = xI + 1/2(vI + vF) * ▲t

5 Deriving a Formula for acceleration

6 Deriving the Formula.... vF = vI + a * ▲t

7 Deriving the Formula.... xF = xI + vI * ▲t + 1/2 * a * ▲t^2

8 Deriving the Formula.... vF^2 = vI^2 + 2a( xF - xI )

1 Please leave a Rating and a Review!

2 Explaining Variables I'll be using in the Kinematic Equations

3 Variations in Kinematic Equations

4 Worksheet #1 - Download & Print Out

5 Follow Along with Me

6 Know your Quantities & Units

7 Worksheet #1 - Problem 1

8 Worksheet #1 - Problem 2

9 Worksheet #1 - Problem 3

10 Worksheet #1 - Problem 4

11 Worksheet #1 - Problem 5

12 Reason behind Choosing the Formula using Process of Elimination

13 Worksheet #1 - Problem 6

14 Worksheet #1 - Problem 6 - Another way to think about this problem

15 Worksheet #1 - Problem 7

16 Please Leave a Review & Rating!

17 Worksheet #1 - Problem 8

18 Worksheet #1 - Problem 9

19 Worksheet #1 - Problem 10

20 Worksheet #1 - Problems 11&12 - Conceptual Problems

21 Instructions for Worksheet #2 - Do NOT Skip this Video!

1 Introduction to the New Topic

2 Introduction Reading Assignment

3 Dropping Tissue Box

4 Setting Up the Experiment - Part 1

5 Setting Up the Experiment - Part 2

6 Setting Up the Experiment - Part 3

7 Weight Drop - Experiment

8 Weight Drop - Results Explanation

9 Choosing an Object to Drop for our Experiment

10 A Quick, Fun Experiment for you to Try

11 1.5m to ft conversion

12 Recorded Times

13 Average Time Elapsed in our Experiment

14 Determining an Outlier based on Statistics - Box Plot

15 Our Experiment is set up!

16 Determining the Kinematic Equation for our Experiment

17 Calculating our Acceleration & Determining Time

1 Please leave a Rating and a Review!

2 Calculating Final Velocity

3 Perspective 1 vs Perspective 2

4 Download & Print Worksheet #1

5 Worksheet #1 - Problem 1

6 Worksheet #1 - Problem 2

7 Worksheet #1 - Problem 3

8 Worksheet #1 - Problem 4

9 Object being Thrown Upwards (Symmetric Trajectory)

10 Download & Print Out Worksheet #2

11 Worksheet #2 - Problems 1 & 2 (Conceptual Problems)

12 t total vs t rise vs t fall

13 Worksheet #2 - Problem #1

14 Worksheet #2 - Problem #2

15 Worksheet #2 - Problem #3

16 Worksheet #2 - Problem #4

17 Download & Print Out Worksheet #3 - Practice Problems for Students

1 Intro to Projectile Motion

2 Kinematic Equations

3 Quantities

4 Download & Print Out Worksheet

5 Launched Horizontally - Problem 1

6 Launched Horizontally - Problem 2

7 Launched Horizontally - Problem 3

8 Launched Horizontally - Problem 4

9 Download & Print Out Worksheet

10 Launch at Angle - The Approach

11 Launched at Angle - Problem 1

12 Launched at Angle - Problem 2

13 Download & Print Out Worksheet

14 Launch & Land on Different Elevations - Problem 1

15 Launch & Land on Different Elevations - Problem 2

16 Launch & Land on Different Elevations - Problem 3

17 Launch & Land on Different Elevations - Problem 4

1 Worksheet - Download & Print Out

2 Newton's First Law of Motion

3 Newton's Second Law of Motion

4 Newton's Third Law of Motion

5 Using examples to identify Newton's Laws of Motion

1 Defining Free Body Diagrams and Forces

2 Worksheet - Download & Print Out

3 Units we'll be working with in this Unit

4 Worksheet - Problem #1

5 Worksheet - Problem #2

6 Worksheet - Problem #3

7 Worksheet - Problem #4

8 Worksheet - Problem #5

9 Worksheet - Problem #6

10 Worksheet - Problem #7

11 Worksheet - Problem #8

12 Worksheet - Problem #9 - including calculating Weight

13 Worksheet - Problem #10 - including calculating Mass

14 Worksheet - Problem #11 - including Coefficient of Friction explanation

15 Worksheet - Problem #12

16 Worksheet - Problem #13

17 Worksheet - Problem #14

1 Worksheet - Download & Print Out

2 Discussing Friction Formula & Acceleration Recap

3 Our Strategy for approaching these Problems and Worksheet

4 Worksheet - Problem 1 (pg 1) - Part 1

5 Worksheet - Problem 2 (pg 1) - Part 1

6 Worksheet - Problem 1 (pg 4) - Part 1

7 Worksheet - Problem 2 (pg 4) - Part 1

8 Worksheet - You Set up Problems 3&5 (total of 4 problems) - Part 1

9 Worksheet - Problem 3 (pg 2) - Part 1

10 Worksheet - Problem 5 (pg 3) - Part 1

11 Worksheet - Problem 3 (pg 5) - Part 1

12 Worksheet - Problem 5 (pg 6) - Part 1

13 Worksheet - Problem 1 (pg 1) - Part 2

14 Notice how complicated this could have been

15 Worksheet - Problem 2 (pg 1) - Part 2

16 Worksheet - Problem 1 (pg 4) - Part 2

17 Worksheet - Problem 2 (pg 4) - Part 2

18 Worksheet - You Complete Problems 3&5 (total of 4 problems) - Part 2

19 Worksheet - Problem 3 (pg 2) - Part 2

20 Worksheet - Problem 5 (pg 3) - Part 2

21 Worksheet - Problem 3 (pg 5) - Part 2

22 Worksheet - Problem 5 (pg 6) - Part 2

23 Appreciate what we've accomplished...and do Probs 4&6 (total of 4 problems)

24 Worksheet - Problem 4 (pg 2) - Complete Problem

25 Worksheet - Problem 4 (pg 5) - Complete Problem

1 Alternate Interior Angles are Congruent

2 Worksheet - Download & Print Out

3 Worksheet - Problem 1 (Free Body Diagram)

4 Worksheet - Problem 2 - Part 1

5 Worksheet - Problem 3 - Part 1

6 Worksheet - Problem 4 Error!

7 Worksheet - Problem 4 - Part 1

8 Worksheet - Problem 2 - Part 2

9 Worksheet - Problem 3 - Disclaimer!

10 Worksheet - Problem 3 - Part 2

11 Worksheet - Problem 4 - Part 2

12 Alternate Approach for these Problems

13 Review Worksheet - Download, Print Out & Try on your Own

1 Intro to Energy and Conservation of Energy

2 Conservation of Energy Definition

3 COE Discussion

4 Intro to Kinetic & Potential Energy

5 Types of Energy

6 Transformation of Energy - Object Being Thrown Up

7 Transformation of Energy - Pendulum

8 Transformation of Energy - Water Wheel

9 COE Formula

1 Download & Print Out Worksheet

2 Directly vs Indirectly Related

3 Worksheet - Kinetic Energy

4 Worksheet - Potential Energy

5 Worksheet - Work

6 Worksheet - Power

1 Download & Print Out Worksheet #1

2 Worksheet #1 - Problem 1

3 Worksheet #1 - Problem 2

4 Worksheet #1 - Problem 3

5 Worksheet #1 - Problem 4

6 Worksheet #1 - Problem 5

7 Worksheet #1 - Problem 6

8 Download & Print Out Worksheet #2

9 Worksheet #2 - Problem 1

10 Worksheet #2 - Problem 2

11 Worksheet #2 - Problem 3

12 Worksheet #2 - Problem 3 (Velocity depends on the height it fell, not the path)

13 Worksheet #2 - Problem 4

14 COE Definition Review (Initial Energy = Final Energy)

15 Worksheet #2 - Problem 5 a

16 When calculating velocity, the mass of the object doesn't matter

17 Worksheet #2 - Problem 5 b

18 Worksheet #2 - Problem 5 c

19 Worksheet #2 - Problem 5 d

20 Worksheet #2 - Problem 5 e

21 Worksheet #2 - Problem 5 f

22 Determining PE & KE throughout the Problem

23 Worksheet #2 - Problem 6

24 Random Problem - Try this out!

25 Worksheet #2 - Problem 7

26 Worksheet #2 - Problem 8

27 Problems 7 & 8 using Kinematic Equations

28 Problems 9-12

1 Announcement

2 Introduction to Momentum & Conservation of Momentum

3 Download & Print Out Worksheet

4 Problem #1 - Visual Provided

5 Problem #2 - Visual Provided

6 Problem #3 - Visual Provided

7 Problem #4 - Visual Provided

8 Download & Print Out Worksheet

9 Word Problem #1 - Elastic Collisions

10 Word Problem #2 - Elastic Collisions

11 Word Problem #3 - Elastic Collisions

12 Word Problem #4 - Elastic Collisions

13 Word Problem #5 - Elastic Collisions

14 Word Problem #1 - Inelastic Collisions

15 Word Problem #2 - Inelastic Collisions

16 Word Problem #3 - Inelastic Collisions

17 Word Problem #4 - Inelastic Collisions

18 Word Problem #5 - Inelastic Collisions

19 Word Problem #6 - Inelastic Collisions

20 Must know Vector Addition & Trigonometry!

21 Problem #1 - 2 Dimensional Elastic Collisions

22 Problem #2 - 2 Dimensional Elastic Collisions

23 Problem #3 - 2 Dimensional Elastic Collisions

24 5) Problem #4 - Part 1 - 2 Dimensional Elastic Collisions

25 6) Law of Sines and Law of Cosines

26 7) Problem #4 - Part 2 - 2 Dimensional Elastic Collisions

Giới thiệu khóa học

Master High School Physics with this Comprehensive Science Course!

Are you a high school student struggling with physics? Or are you looking for an exceptional resource to boost your high school science knowledge and ace your physics final exams? This high school physics course is designed to make physics concepts simple, clear, and easy to apply. Whether you’re working on daily assignments or preparing for your final exams, this course is your ultimate guide to mastering physics.

What Makes This High School Science Course Unique?

Each section of this physics course includes:

• Conceptual explanations to help you deeply understand the science behind the physics problems.

• Step-by-step solutions to real-world physics problems that we’ll solve together.

• Practice problems with an answer key, so you can test your skills and gain confidence.

• Printable worksheets for hands-on practice. Access to a printer is recommended!

________________________________________

What You Will Learn in This High School Physics Course

Unit 1: The Foundations of Physics

Standard & Metric Systems
   • Learn metric prefixes and how to convert between systems.

Vectors & Scalars
   • Master the science of adding, subtracting, and scaling vectors.
   • Apply trigonometry to break vectors into x- and y-components.

Standard & Scientific Notation
   • Understand and convert between standard and scientific notation the science-backed way, without relying on rote memorization.

Unit 2: Mastering Linear and Projectile Motion

Linear Motion (1D Physics)
   • Discover techniques to extract information from word problems confidently.
   • Solve physics problems using kinematic equations for motion along the x-axis (e.g., cars driving) and y-axis (e.g., free fall).

Projectile Motion (2D Physics)
   • Learn how to analyze objects launched horizontally or at an angle, such as projectiles off cliffs.

Unit 3: Newton’s Laws of Motion

Free Body Diagrams (FBDs)
   • Build your physics problem-solving skills by learning to draw and analyze FBDs.

Forces on Objects
   • Solve high school physics problems involving forces on flat surfaces and inclined planes using Newton’s second law.
   • Apply trigonometry from the vectors unit to tackle inclined plane problems.

Unit 4: Work, Energy, and Power in Physics

Work & Power
• Understand the relationship between work, power, and energy in science.

Kinetic & Potential Energy
• Master conservation of energy principles to solve problems with initial and final energy states.

Unit 5: Momentum in High School Physics

Momentum Conservation
• Solve elastic and inelastic collision problems using physics formulas for momentum.
• Tackle advanced 2D collision problems with step-by-step guidance.

________________________________________

Why Take This High School Science Course?

This course goes beyond textbook learning to make high school physics approachable and fun. By combining conceptual science explanations, real-world physics examples, and practical problem-solving techniques, you’ll gain a solid foundation in physics to excel in any high school science setting.

Join thousands of high school students who have mastered physics through this 18.5-hour video course. Enroll today and transform your understanding of physics and science!