Saved Bookmarks
| 1. |
Derivation of first equation of motion |
Answer» <U>Derivation of first equation of MotionEquation of uniform accelarated MotionConsider a body having initial velocity 'u' suppose it is subjected to a uniform acceleration 'a' so that after time 't' its final velocity becomes 'V' then Some important definitions :- Motion: A body is said to be in motion when its position CAHNGES continuously with respect to a stationery object taken as reference point. Acceleration : Acceleration of body is defined as the rate of change of its velocity with time. It is denoted by small 'a' Negative Acceleration : If the velocity of the body DECREASES the acceleration of the body is negative. It is KNOWN as retardation or negative acceleration : |
|