Relativistic Forward Motion Model 2 Statistics

ENTER Distance in Light Years and G-Factor (Earth = 1.0) Accelerating   at

RELATIVISTIC SPACECRAFT FORWARD MOTION MODEL 2 Starting from rest, spacecraft accelerates linearly forward: G = G-factor (Earth = 1.0) experienced aboard spacecraft. D = Distance from Earth in light years at Earth time T. For D = 1 LY G = 1 G (Earth = 1.0 = 9.80665 m/s²) _____________________________________________________________ Earth clock time (T) to reach distance D at rate G = 1.713893275307589735249601 yr = 625.99951880609715079991676525 days = 89 weeks 2 days 23h 59m 18.4248467938291128s _____________________________________________________________ Spacecraft clock time (t) to reach distance D at rate G = 1.303621293193284561185586 yr = 476.14767733884718597303528650 days = 68 weeks 0 days 03h 32m 39.3220763968680702s _____________________________________________________________ Relativistic speed reached at distance D at rate G = 0.870564406749980240896420 c (Light Speed = 1.0) = 260988.6433468883678697698 km/sec = 939559116048.7981243311715507 km/hr = 162170.8244768603653847591 mi/sec = 583814968.1166973153851330 mi/hr _____________________________________________________________

Jay Tanner - 2021 June 21 Monday at 10:54:14 AM GMT