Enroute to your rendezvous asteroid, Mission Design has identified an opportunity for a close flyby of a different asteroid.  The flyby speed will be 10 km/s and the desire is to continuously point the high-resolution camera, which is aligned with the +Y_sc axis of the spacecraft, at the asteroid starting 1 hour before closest approach and ending 1 hour after closest approach. The angular acceleration limit is 0.000333 rad/s^2 about the x-axis. Given the angular acceleration limit about the selected spacecraft axis, what closest approach distance (km) would you select for the 10 km/s flyby speed to be sure the angular acceleration limit is not exceeded?  Prove the answer is 510 km

icon
Related questions
Question

Enroute to your rendezvous asteroid, Mission Design has identified an opportunity 
for a close flyby of a different asteroid.  The flyby speed will be 10 km/s and the desire is to continuously point the high-resolution camera, which is aligned with the +Y_sc axis of the spacecraft, at the asteroid starting 1 hour before closest approach and ending 1 hour after closest approach. The angular acceleration limit is 0.000333 rad/s^2 about the x-axis.

Given the angular acceleration limit about the selected spacecraft axis, what closest approach distance (km) would you select for the 10 km/s flyby speed to be sure the angular acceleration limit is not exceeded? 

Prove the answer is 510 km

AI-Generated Solution
AI-generated content may present inaccurate or offensive content that does not represent bartleby’s views.
steps

Unlock instant AI solutions

Tap the button
to generate a solution