Showing posts with label acceleration. Show all posts
Showing posts with label acceleration. Show all posts

Monday, July 18, 2011

Equations of Motion

There are four basic equations of motion related to linear projection of an object.
There are a few terms that should be known before using these equations:

Time:                 t
Distance:           s
Velocity: Rate of change of distance, 
              Initial velocity = u
              Final velocity = v
Acceleration: Rate of change of velocity,

EQUATIONS OF MOTION:
i - Finding final velocity, given intial velocity, acceleration and time:
ii - Finding final velocity, given initial velocity, acceleration and distance:
iii - Finding distance given average velocity and time:
iv - Finding distance given initial velocity, time, and acceleration:
Special Case:
To find the distance given only velocities and acceleration, rearrange the equation no.2 as shown,
If the problem is related to free fall, initial velocity can be zero.