How to solve Linear Motion questions - Physics - Gravity Course, Class 1

What You Will Learn?

• Learn how to solve Linear Motion questions promptly and without any pain!.
• This class will teach you the SUVAT method to solve questions in Linear Motion (AKA Kinematics)..
• Motion is a subject that appears in all areas of physics where you need to be able to predict the path of a body when it is subjected to a constant force (thus a constant acceleration)..
• This class will show you in five clearly defined steps how to figure this out when the motion is in 1 dimension. It comes with many exercises for you to train on. With a little practice, you should soon become a master at solving motion questions! Actually, with even further practice, you can even start solving problems mentally!.
• Content of the class:.
• Video 1: The lesson itself presenting the SUVAT method and exemplifying it on practical examples..
• Video 2: A mathematical proof of the motion equations which are used. Not absolutely necessary to handle the questions, but a great way to review your algebra..
• Video 3 + Video 4: 4 exercises for you to work on, all followed by detailed correction and explanations..
• Exercises are provided also in pdfs under two forms: Full Picture and  Printable. The latter allows you to work on the exercises away from your computer. Answers are provided too in a pdf document..
•  .
• This class is part of a larger course named “Gravity, The Basics”..
• “Gravity, The Basics” explores the elementary notions of Newtonian gravity..
• Class 1: “Linear Motion” (because being comfortable with it will allow you to make the most of the full course). This class can be taken by itself..
• Class 2: “Newton’s Universal Law of Gravitation”.
• Class 3: “Gravitational Fields”.
• Class 4: “Circular Motion”.
• Class 5: “Orbital Motion”.
• Class 6: “Wrapping-up and Gravity Quiz”.
•  .
• This class is suited for end high school and entry level university students taking Physics. Any person interested in Physics and in need of a refresher on linear motion will also enjoy this class..
•  .