![]() Clicking "fire" yet again will start playing the burn from the start (use the general pause button if you want to pause everything). All changes are live and take effect immediately. You can edit the graphs while the simulation is running. Click "fire" to start the simulation and apply the burn profile. ![]() Looking at these equations, we see that as the height above the planet increases, the velocity needed to maintain an orbit decreases. Double click on a point to move it using the arrow keys on the keyboard for fine tuning. We have developed a simulation called CircularOrbit that you can use to study the effects of altitude, velocity, and orbital period on the orbit of a satellite around any planet in the solar system. We have developed a simulation called CircularOrbit that you can use to study the effects of altitude, velocity, and orbital period on the orbit of a satellite around any planet in the solar system. Click "clear points" to remove all points for the currently selected graph. Click "add point" to add a point to the burn graph. The tangential component is orthogonal to the radial and normal components. Starting with design geometry, ATK used Simcenter 3D to prepare the finite element model of the booster rockets aft assembly. If this button is toggled to "trajectory lock" then the normal direction is in the direction of the instantaneous angular momentum. The normal component is normal to the initial orbital plane set through the latitude, longitude and the longitude of the ascending node if "trajectory lock" is shown. The radial component is always in the direction away from the center of the Earth. Select different components of the thrust vector by clicking on the corresponding tab. Selecting this icon causes the camera to follow the launched rocket as it moves along the trajectory.
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