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#11
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Quote:
On the subject of 'E' state, performance, is it right? etc.. A decent flight model will take all that into account. The data for power, weight, drag factors etc have to be correct and the environment data, including gravity, is modelled in. In simplistic terms 'E' at 500 feet is essentially the same as 'E' at 10,000 feet for the same true speed. E=MC^2. Its when you change altitude, power etc that E changes. Potential E is another matter, you have the potential to develop much more E at 10,000 feet (by diving) than you do at 500 feet, also you have the potential to develop more E by putting up the power.
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klem 56 Squadron RAF "Firebirds" http://firebirds.2ndtaf.org.uk/ ASUS Sabertooth X58 /i7 950 @ 4GHz / 6Gb DDR3 1600 CAS8 / EVGA GTX570 GPU 1.28Gb superclocked / Crucial 128Gb SSD SATA III 6Gb/s, 355Mb-215Mb Read-Write / 850W PSU Windows 7 64 bit Home Premium / Samsung 22" 226BW @ 1680 x 1050 / TrackIR4 with TrackIR5 software / Saitek X52 Pro & Rudders |
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