Variable A: Missile Range in nautical miles Variable B: Missile Speed in miles per hour Constant W: 2 (used for lofting missiles) Constant X: 6076.131 (1 nautical mile = this many feet) Constany Y: 1.466667 (1 mile per hour = this many feet per second) Constant Z: 4 (time in 1/4)
Formula* is this
1. (A · X) = C (range in feet) 2. (B · Y) = D (speed in feet / sec) 3. (C / D) = E (range divided by speed for time in seconds) 4. (E · Z) = F (time in seconds times 4 because FA does time in 1/4 of a second for the end result) 5. (F · W) = G (double the end result)**
Notes * = This is for the removal time of an air to air missile ** = Use for lofted missiles to give enough removal time to make the loft and the journey (tested with variables 78 / 20 / 78 / 20) *** = For air to ground missiles, use the loft addition
Enough math for you? LOL! I made it really simple. The way it was written down when I originally did it was in a language nobody ever likes (Match language). Man was THAT complicated looking.
_________________ Centurian
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