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REPORT COPYRIGHT VIOLATION IN REPLY
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Message Subject
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Moon Hoax - Rockets CANNOT work in space
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Poster Handle
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nomuse (not logged in) |
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Post Content
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However, do you believe at Lorenz's factor as a resistance variable?
So, show me that data value at the speed of 100.000 km/s.
Quoting: DUCM900 m = mo / √(1 - v²/c²) You can use CGS or MKS -- just keep the units consistent. 100,000 km/s = 10^8 m/s, call C 300,000,000 m/s, V^2 = 10^16, C^2 = 9x10^18, v^2/C^2 = 236.5, (1-236.5)^1/2 Gamma = 0.065 So a 1,000 kg ship traveling at 100,000 km/s would have a relativistic mass of 106,500 kg.
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