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A Scientific Basis For Evaluating Variable Crosswinds
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<blockquote data-quote="Mikecr" data-source="post: 1011993" data-attributes="member: 1521"><p>You've either invented a bullet like no other in existence, or you should read whatever book again -but right side up next time.</p><p>BC does not go up with decreasing velocity, it goes down(inverse of it's drag coefficient).</p><p></p><p>The paper referenced has some misconceptions as well. It keeps going back to time of flight(TOF) while departing from Time Lag (TLag). And it took a lot of effort to do that given that McCoy's time lag formula was actually discussed, and then for some reason departed from, in the article.</p><p></p><p>You should start over.</p></blockquote><p></p>
[QUOTE="Mikecr, post: 1011993, member: 1521"] You've either invented a bullet like no other in existence, or you should read whatever book again -but right side up next time. BC does not go up with decreasing velocity, it goes down(inverse of it's drag coefficient). The paper referenced has some misconceptions as well. It keeps going back to time of flight(TOF) while departing from Time Lag (TLag). And it took a lot of effort to do that given that McCoy's time lag formula was actually discussed, and then for some reason departed from, in the article. You should start over. [/QUOTE]
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A Scientific Basis For Evaluating Variable Crosswinds
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