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Y11 physics formulas
formulas for AS90940 mechanics
| Term | Definition |
|---|---|
| = d / t | v |
| = d/v | t |
| = txv | d |
| = ma | F |
| = mg | F |
| =mgh | Ep |
| =v/t | a |
| =axt | v |
| =a/v | t |
| =F/A | P |
| =1/2 mx v2 | Ek |
| =E/t | P |
| g on earth | 10 N/lg |
| W | = Fxd |
| distance (m) = velocity (m/s) x time (s) | d = v x t |
| time = distance / velocity | t = d / v |
| velocity = distance / time | v= d / t |
| force = mass x acceleration | F = m a |
| force (weight) = mass x gravity | F = m g |
| gravitational potential energy (J) = mass (kg) x gravity (N/kg) x height (m) | Ep = mgh |
| acceleration = velocity / time | a = v/t |
| velocity = acceleration x time | v = at |
| time (s) = acceleration (m/s2 squared) / velocity (m/s) | t = a/v |
| Pressure (Pa) = Force (N)/ Area (m2) squared | P = F/A |
| Kinetic energy (J) = 1/2( mass (kg)) x (velocity (m/s))2 (squared) | Ek = 1/2mv2 (squared) |
| Power (W) = Energy (J) / time (s) | P = E/t |
| Work (J) = Force (N) x distance (m) | W = Fd |
| convert m/s to km/hr x 3.6 | convert km/hr to m/s divide by 3.6 |