Superfast Physics for 14 to 16 year olds

Superfast Physics for 14 to 16 year olds, available at $69.99, has an average rating of 4.55, with 124 lectures, 33 quizzes, based on 33 reviews, and has 355 subscribers.

You will learn about Answer questions quickly and accurately to gain maximum marks. Gain the confidence answering questions to be able to enjoy the physics being learned. Develop study techniques that can help in other subjects. (Particularly mnemonics and memory walks.) Know that physics can be fun and enjoyable too! This course is ideal for individuals who are You should be interested in learning how to remember and use physics at this level (The level that prepares you for A-levels, AP or IB) or You should have a desire to increase your marks, attainment and general comfort in physics. It is particularly useful for You should be interested in learning how to remember and use physics at this level (The level that prepares you for A-levels, AP or IB) or You should have a desire to increase your marks, attainment and general comfort in physics.

Enroll now: Superfast Physics for 14 to 16 year olds

Summary

Title: Superfast Physics for 14 to 16 year olds

Price: $69.99

Average Rating: 4.55

Number of Lectures: 124

Number of Quizzes: 33

Number of Published Lectures: 124

Number of Published Quizzes: 33

Number of Curriculum Items: 157

Number of Published Curriculum Objects: 157

Original Price: $24.99

Quality Status: approved

Status: Live

What You Will Learn

Answer questions quickly and accurately to gain maximum marks.
Gain the confidence answering questions to be able to enjoy the physics being learned.
Develop study techniques that can help in other subjects. (Particularly mnemonics and memory walks.)
Know that physics can be fun and enjoyable too!

Who Should Attend

You should be interested in learning how to remember and use physics at this level (The level that prepares you for A-levels, AP or IB)
You should have a desire to increase your marks, attainment and general comfort in physics.

Target Audiences

You should be interested in learning how to remember and use physics at this level (The level that prepares you for A-levels, AP or IB)
You should have a desire to increase your marks, attainment and general comfort in physics.

How easy will it be when you feel supremely confident in physics. When you know the key equations and you are able to rearrange them effortlessly. When the key points in physics are at your fingertips.

This course is designed to help enhance your study of physics learned by students 14-16 years old worldwide. It is a course about memory techniques, physics equations and empowerment through confidence and practice.

There is a lot to remember in high school physics but you should enjoy the process.

Over 40 equations that have to be rearranged in over 120 different ways.

9 different types of energy.

7 different types of visible light.

7 types of electromagnetic waves.

Converting between 7 well-used prefixes.

3 types of radiation and radioactive decay, that have 3 different effects on their parent nucleus, are detected in 3 different ways and have 3 different levels of danger depending on whether they are inside or outside of the body.

Various types of subatomic particles making up protons and neutrons.

How to construct lens diagrams.

How to answer open ended questions.

And more!

Unless you are good at remembering these things, physics is an uphill struggle. This course will teach you how to remember all of these things easily using fun memory techniques and mnemonics.

This course also contains about 800 answered questions and examples. There are over 150 fully explained video questions, many multiple choice quiz questions and extra downloadable practice questions with answers. Working through these questions will increase your confidence and hopefully inspire a love of physics.

This course will use your amazing mind to create lasting memories. You are more likely to be able to remember something if it is fun and interesting. By using these memory aids, you are creating new connections in your brain that make learning the physics equations easy.

The fun and catchy mnemonics and other memory aids in this course were created to help students remember the essential equations and key concepts at this level of physics. This course also contains techniques to help make rearranging the equations easier. Practice of these methods should improve revision skills and study techniques in physics and for other subjects as well.

This course is based on my book published under the same name that was developed from over a decade of classroom experience.

Course Curriculum

Chapter 1: Start Here

Lecture 1: Introduction

Chapter 2: Speed, Distance, Force and Weight – Basic techniques

Lecture 1: The Triangle Method for Solving Problems

Lecture 2: The Powers of 10 and Alien Prefixes

Lecture 3: Where's My Guitar?

Lecture 4: Example Questions 1: Speed, Distance, Force and Weight

Chapter 3: Speed, Distance, Force and Weight – Extra memory aids

Lecture 1: Moving in a Circle

Lecture 2: Example Questions 2: Speed, Distance, Force and Weight

Lecture 3: How Far Has it Gone?

Lecture 4: Example Questions 3: Speed, Distance, Force and Weight

Lecture 5: Newton's Laws

Lecture 6: Example Questions 4: Speed, Distance, Force and Weight

Lecture 7: Approaching Long Answer Questions

Lecture 8: Example Questions 5: Speed, Distance, Force and Weight

Chapter 4: Speed, Distance, Force and Weight – More practice

Lecture 1: Example Questions 6: Speed, Distance, Force and Weight

Lecture 2: Example Questions 7: Speed, Distance, Force and Weight

Lecture 3: Example Questions 8: Speed, Distance, Force and Weight

Chapter 5: Momentum, Force, Moment and Mass

Lecture 1: Vikings Like Dancing

Lecture 2: Your Favourite Food

Lecture 3: The Square Method for Tricky Equations

Lecture 4: Example Questions 1: Momentum, Force, Moment and Mass

Lecture 5: Example Questions 2: Momentum, Force, Moment and Mass

Lecture 6: Example Questions 3: Momentum, Force, Moment and Mass

Lecture 7: Example Questions 4: Momentum, Force, Moment and Mass

Lecture 8: Example Questions 5: Momentum, Force, Moment and Mass

Lecture 9: Example Questions 6: Momentum, Force, Moment and Mass

Lecture 10: Example Questions 7: Momentum, Force, Moment and Mass

Chapter 6: Kinetic Energy, Potential Energy and Energy Stored in Mass

Lecture 1: The Animals' Lunchtime

Lecture 2: Colin Has Energy

Lecture 3: Example Questions 1: Kinetic Energy, Potential Energy and Energy Stored in Mass

Lecture 4: Example Questions 2: Kinetic Energy, Potential Energy and Energy Stored in Mass

Lecture 5: Example Questions 3: Kinetic Energy, Potential Energy and Energy Stored in Mass

Lecture 6: Example Questions 4: Kinetic Energy, Potential Energy and Energy Stored in Mass

Lecture 7: Example Questions 5: Kinetic Energy, Potential Energy and Energy Stored in Mass

Chapter 7: Pressure in Solids, Liquids and Gas

Lecture 1: Dancing and Pivoting

Lecture 2: Example Questions 1: Pressure in Solids, Liquids and Gas

Lecture 3: Example Questions 2: Pressure in Solids, Liquids and Gas

Lecture 4: Example Questions 3: Pressure in Solids, Liquids and Gas

Lecture 5: Example Questions 4: Pressure in Solids, Liquids and Gas

Lecture 6: Example Questions 5: Pressure in Solids, Liquids and Gas

Lecture 7: Example Questions 6: Pressure in Solids, Liquids and Gas

Chapter 8: Work, Energy, Power and Heat

Lecture 1: Colin Changes Tune

Lecture 2: A Note About Temperature

Lecture 3: Example Questions 1: Work, Energy, Power and Heat

Lecture 4: Example Questions 2: Work, Energy, Power and Heat

Lecture 5: Example Questions 3: Work, Energy, Power and Heat

Lecture 6: Example Questions 4: Work, Energy, Power and Heat

Lecture 7: Example Questions 5: Work, Energy, Power and Heat

Chapter 9: Radioactivity

Lecture 1: The Periodic Table Game

Lecture 2: Writing the Element

Lecture 3: The Radiation Story

Lecture 4: How is it stopped?

Lecture 5: Radioactive Decay Equations

Lecture 6: Subatomic Particles

Lecture 7: Extra Subatomic Particles (Mu-tents)

Lecture 8: Example Questions 1: Radioactivity

Lecture 9: Example Questions 2: Radioactivity

Lecture 10: Example Questions 3: Radioactivity

Lecture 11: Example Questions 4: Radioactivity

Lecture 12: Example Questions 5: Radioactivity

Lecture 13: Example Questions 6: Radioactivity

Lecture 14: Example Questions 7: Radioactivity

Chapter 10: Charge, Energy, Efficiency and Electrical Power 1

Lecture 1: Very Important Rabbits

Lecture 2: Can't Taste Carrots

Lecture 3: Efficiency

Lecture 4: Example Questions 1: Charge, Energy, Efficiency and Electrical Power 1

Lecture 5: Example Questions 2: Charge, Energy, Efficiency and Electrical Power 1

Lecture 6: Example Questions 3: Charge, Energy, Efficiency and Electrical Power 1

Lecture 7: Example Questions 4: Charge, Energy, Efficiency and Electrical Power 1

Lecture 8: Example Questions 5: Charge, Energy, Efficiency and Electrical Power 1

Lecture 9: Example Questions 6: Charge, Energy, Efficiency and Electrical Power 1

Instructors

Michael Reid
Physics teacher

Rating Distribution

1 stars: 0 votes
2 stars: 1 votes
3 stars: 2 votes
4 stars: 6 votes
5 stars: 24 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

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