Relating delta G to KSP?
What is the value of delta G for the precipitation of AL(OH)3 at 25 C? This is what I came I then solved for x^2 and plugged it into the equation. The difference is less for Geostationary vs escape velocity, but the To show this a bit better, I played with Kerbal Space Program some. When we measure delta G standard, we can find out whether the reaction is spontaneous at standard conditions. The general equation is A + B.
Games influenced my career by showing the beginnings of what computers were capable of simulating. David Braben, co-creator of the space trading sim Elite, is now overseeing the development of a new titles in the series, Elite: He believes that this is the beginning of an important few years for games and space exploration. Dangerous we are pulling together all the known information about our galaxy within the simulation.
Lazutkin, a veteran cosmonaut with the Russian Federal Space Agency, has spent more than days in space across his extensive career, survived a fire onboard Russian space station MIR in and a mid-space collision with the craft Progress a few years later. An impressive set of experiences. Games are, after all, becoming the primary medium for a new generation of digital natives, used to interacting with iPads and consoles.
Kerbal could do the same thing for space. It was only after we released we saw players not only liked the orbits, they wanted more of it. After feedback, the design emphasis changed entirely, and a new ethos emerged around progressive learning. The project is in its early stages right now, but TeacherGaming has had huge success with MinecraftEdu, bringing the game to schools around the world.
Minecraft in space: why Nasa is embracing Kerbal Space Program | Games | The Guardian
From space sim to space career A career trajectory from interested gamer to space industry expert is one that Falanghe and his team consider plausible. In other cases, boosting up to a relatively high altitude apoapsis gives low speed before performing the plane change and this can give lower total delta-v.
Thus for example the delta-v for a Hohmann transfer from Earth's orbital radius to Mars's orbital radius to overcome the sun's gravity is many kilometres per second, but the incremental burn from LEO over and above the burn to overcome Earth's gravity is far less if the burn is done close to Earth than if the burn to reach a Mars transfer orbit is performed at Earth's orbit, but far away from Earth.
A less used effect is low energy transfers. These are highly nonlinear effects that work by orbital resonances and by choosing trajectories close to Lagrange points. They can be very slow, but use very little delta-v. Because delta-v depends on the position and motion of celestial bodies, particularly when using the slingshot effect and Oberth effect, the delta-v budget changes with launch time.
These can be plotted on a porkchop plot.
Course corrections usually also require some propellant budget. Propulsion systems never provide precisely the right propulsion in precisely the right direction at all times and navigation also introduces some uncertainty.
Some propellant needs to be reserved to correct variations from the optimum trajectory.