Difference between revisions of "Acceleration"
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MKSheppard (talk | contribs) (New page: Rate of change in velocity, measured in meters / per second squared, or m/s2 =Calculating from Thrust/Weight values of an Object= Acceleration in M/Sec = Thrust in Newtons / Mass of Objec...) |
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=Calculating from Thrust/Weight values of an Object= | =Calculating from Thrust/Weight values of an Object= | ||
Acceleration in M/Sec = Thrust in Newtons / Mass of Object in Kilograms | Acceleration in M/Sec = Thrust in Newtons / Mass of Object in Kilograms. | ||
'''EXAMPLE:'''<BR> | |||
You have a missile that has the folllowing specifics: | |||
*Mass: 200 kg | |||
*Engine Thrust: 1000 kg | |||
First, you convert the thrust in kilograms into newtons by multiplying it by 9.80665 | |||
1000 * 9.80665 = 9806.65 Newtons (or if you want to requantify it further 9806.65/1000 = 9.8 kilonewtons) | |||
So our equation is now: | |||
9806.65 / 200 = 49.03325 m/sec2 acceleration. | |||
Revision as of 19:57, 16 November 2007
Rate of change in velocity, measured in meters / per second squared, or m/s2
Calculating from Thrust/Weight values of an Object
Acceleration in M/Sec = Thrust in Newtons / Mass of Object in Kilograms.
EXAMPLE:
You have a missile that has the folllowing specifics:
- Mass: 200 kg
- Engine Thrust: 1000 kg
First, you convert the thrust in kilograms into newtons by multiplying it by 9.80665
1000 * 9.80665 = 9806.65 Newtons (or if you want to requantify it further 9806.65/1000 = 9.8 kilonewtons)
So our equation is now: 9806.65 / 200 = 49.03325 m/sec2 acceleration.