Equations for Accelerated Motion
| Kinematics | Mechanics | Physics |
| Contents | Index | Home |
In introductory mechanics there are three equations that are used to solve kinematics problems:
These three equations are explained below. For each equation we will:
- Present an introduction.
- Understand a derivation, or origin.
- Use algebra to rearrange and solve the equation for all of its variables.
- Do some random valued multiple-choice problems.
- Cover some details and additional information regarding further understanding.
Symbols used in these equations:
d Displacement or change in position vo Original velocity, the velocity at the start of the acceleration vf Final velocity, the velocity at the end of the acceleration. a Acceleration, this is a constant acceleration t Time, this is the time period of the acceleration.
There are many cross links in the discussions that follow. If you get lost, at the top of each discussion page is a link back to the Home for Equations, which is this page.
So, if you need to, you can always jump back to here for a clear starting point in your navigation through this material.
Displacement and Acceleration
Where does this equation come from?
Velocity and Acceleration
Where does this equation come from?
Time Independent Acceleration
Where does this equation come from?
| Kinematics | Mechanics | Physics |
| Contents | Index | Home |