Kerbin has a thick, warm atmosphere with a mass of approximately 4.7×1016 kilograms, a sea level pressure of 101.325 kilopascals (1 atmosphere), and a depth of 70,000 meters. The atmosphere contains oxygen and can support combustion. Kerbin is one of the two celestial bodies (the other one being … Meer weergeven Kerbin has a roughly equal distribution of liquid surface waterand solid land, with polar ice caps and scattered deserts. Some of its mountains exceed 6 kilometers in height, with the tallest peak being … Meer weergeven A synchronous orbit is achieved with a semi-major axis of 3 463.33 km. Kerbisynchronous Equatorial Orbit (KEO) (or geostationary), has a circularly uniform altitude of 2 863.33 km and a speed of 1 009.81 m/s. … Meer weergeven From the lowest possible stable orbit around Kerbin (70 km), the nominal amount of delta-V needed to reach other destinations is: Meer weergeven WebIn the case of Kerbin's atmosphere, the scale height is about 5600m and means that the atmospheric pressure will be 2.718 times smaller each time you go 5600m higher. …
Kerbin Planets Kerbal Space Program - GitHub Pages
WebThen I used the length of the object vector again to create a spherical mask for where I don’t want the clouds to be, and subtracting it from the cloud density to make them float over the ground. Then I turned the step rate really low, added a ton of volume bounces, added a volume scatter node, and boom the clouds are done! WebKSP's model of atmospheres is rather simplistic, which makes stuff easier. In it, atmospheric density is directly proportional to pressure. Which is nice, since we don't have to consider temperature to determine density, and KSP gives specs of the planets' atmospheres in terms of pressure. Anyway, so substituting in, v is proportional to sqrt(g/p). tank people playground mod
Here is Kerbin
WebEarth is 10 2 times as massive because the mass increases with the square of the radius to maintain the same gravitational acceleration. And the volume 10 3 times because the volume increases with the cube of the radius. So the density is 100/1000 = 1/10th that of Kerbin. or conversely, the density of Kerbin is about 10 times that of the Earth. 7 Web20 nov. 2024 · A (now-outdated) comparison of the atmospheres of Eve and Kerbin. (updated) Comparison of the atmospheres of Eve and Kerbin. Eve has an extremely … Web2 aug. 2013 · Its atmospheric density and gravity are similar, and it is the only body other than Kerbin with an oxygen atmosphere, allowing the use of jet engines. Lastly, Jool is … tank physics 2