b. what variables affect the orbits shape? list all of them\n2. describe at least 3 ways to reach edge cases…

b. what variables affect the orbits shape? list all of them\n2. describe at least 3 ways to reach edge cases in the simulation (the orbit becomes dashed and a warning message appears on screen). write the warning message and what you did to reach that orbit.\n a.\n b.\n c.\n3. in each of those situations how would you get back to a stable orbit?

b. what variables affect the orbits shape? list all of them\n2. describe at least 3 ways to reach edge cases in the simulation (the orbit becomes dashed and a warning message appears on screen). write the warning message and what you did to reach that orbit.\n a.\n b.\n c.\n3. in each of those situations how would you get back to a stable orbit?

Answer

Brief Explanations:

  1. For the first question, in orbital mechanics, variables like the mass of the central body, the mass of the orbiting body, the initial velocity and direction of the orbiting body, and the gravitational constant affect the orbit's shape.
  2. For the second question, without knowing the specific simulation, some general ways to reach edge - cases could be setting extremely high or low initial velocities, making the distance between the bodies too small (causing collision - like edge - cases) or too large (causing escape - like edge - cases). The warning message would depend on the simulation's programming, such as "Orbit unstable, collision imminent" or "Object has escaped the system".
  3. For the third question, to get back to a stable orbit, if the issue was high velocity, reducing the velocity; if the distance was too small, increasing the separation distance; if the distance was too large, applying a force to bring the orbiting body back closer to the central body.

Answer:

  1. Variables affecting orbit's shape: mass of central body, mass of orbiting body, initial velocity of orbiting body, initial direction of orbiting body, gravitational constant.

a. Way: Set extremely high initial velocity. Warning message: "Object has escaped the system". b. Way: Set extremely low initial velocity. Warning message: "Orbit decaying, collision imminent". c. Way: Set the distance between bodies too small. Warning message: "Collision alert". 3. a. If high velocity: Reduce the velocity. b. If low velocity: Increase the velocity slightly. c. If distance too small: Increase the separation distance.