Alpha 360 Posted November 12, 2016 Share Posted November 12, 2016 (edited) I have compiled together pieces of information about the kerbal rocket science. Some of this information you should know already and some of this information is completely for comical relief. But there is also information of rocket equations, how to close encounters, and other things that should be useful. To start this thread, I will post Law 1 of Kerbal Rocket Science For T/W ratio on Kerbin to be equal to 1, there has to be 16 Kilo-Newtons of Thrust for every 1 Ton. Or 0.065 tons for 1 Kilo-Newton. Hope you enjoyed this day's Law of Kerbal Rocket science. Edited November 12, 2016 by Alpha 360 "Kouston, we have several problems, but that doesn't matter so we want to continue on with the mission." Link to comment Share on other sites More sharing options...
monstah Posted November 13, 2016 Share Posted November 13, 2016 Thread moved to Tutorials section Link to comment Share on other sites More sharing options...
Alpha 360 Posted November 13, 2016 Author Share Posted November 13, 2016 (edited) Law Two Of Kerbal Rocket Science, If you are closing an encounter with a target, when you burn towards the prograde marker, the marker will move towards where you are burning. If you are burning towards the retrograde maker, the marker will move away from where you are burning. Law three of Kerbal Rocket Science, Be sure that you don't let Jebediah drive the Rocket! Hope you enjoyed this day's laws of Kerbal Rocket Science. Edited November 13, 2016 by Alpha 360 "Kouston, we have several problems, but that doesn't matter so we want to continue on with the mission." Link to comment Share on other sites More sharing options...
Alpha 360 Posted November 13, 2016 Author Share Posted November 13, 2016 (edited) Law Four of Kerbal Rocket Science Check Your Staging! (be sure to say in a thick American country accent) I hope you enjoyed this law of Kerbal rocket science. Edited November 13, 2016 by Alpha 360 "Kouston, we have several problems, but that doesn't matter so we want to continue on with the mission." Link to comment Share on other sites More sharing options...
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