Difference between revisions of "File:Accel-formula-Vt.png"
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(turns out the inertia modifier is not dimensionless) |
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| − | Formula for acceleration. Rendered using Wikipedia's TeX plugin. | + | Formula for acceleration. Rendered using Wikipedia's TeX plugin and value-inverted using GIMP to fit Evelopedia's colour scheme. |
;''V<sub>t</sub>'' : Velocity after time ''t'' in m/s | ;''V<sub>t</sub>'' : Velocity after time ''t'' in m/s | ||
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TeX source: | TeX source: | ||
<tt>V_t = V_{\rm max} \times (1 - e^{\frac{-t \times 10^6}{I \times M}})</tt> | <tt>V_t = V_{\rm max} \times (1 - e^{\frac{-t \times 10^6}{I \times M}})</tt> | ||
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| + | See also [[:File:Accel-formula-tV.png]]. | ||
Latest revision as of 16:49, 12 February 2012
Formula for acceleration. Rendered using Wikipedia's TeX plugin and value-inverted using GIMP to fit Evelopedia's colour scheme.
- Vt
- Velocity after time t in m/s
- Vmax
- Ship's maximum velocity in m/s
- I
- Ship's inertia modifier in s/kg
- M
- Ship's mass in kg
- e
- Base of natural logarithms
TeX source:
V_t = V_{\rm max} \times (1 - e^{\frac{-t \times 10^6}{I \times M}})
See also File:Accel-formula-tV.png.
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