Satelite Tracking: Solving My Career Advancment Puzzle

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    Satelite Tracking
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The discussion revolves around the challenges of predicting satellite visibility from a specific location on Earth, particularly in the context of a Space Systems Engineering course. Key factors include understanding satellite altitude, inclination, and the impact of Earth's rotation and wobble. Participants suggest focusing on fundamental concepts like inclination, declination, and right ascension to build a solid foundation. Resources like the Amsat website are recommended for further learning and practical insights. Developing an intuitive grasp of these concepts is essential for solving the visibility prediction puzzle.
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I am completely lost. I am taking a course in Space Systems Engineering for Career Advancment. I have been asked to predict (without a program/software) when I will be able to see a satelite from a given lat, long from earth. I know the altitude is 350KM and I also know the inclination angle. It is in a circular orbit so I know what the average speed is. What I don't know is where to go next. Everytime I start I get lost - how do I handle spinnig earth, the woble the Earth has from moon, etc. I am not looking for the solution to be given to me but hopefully some websites, books etc that I can read and learn to understand the procedure. Thanks
 
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Try Amsat.
 
Amsat is the amateur satelite spotters organistation http://www.amsat.org/ has a lot of useful articles and formulae.

Most of the secondary effects you mention have a very small contribution to the apparent position of the satelite - I wouldn't worry about them yet.
The important thing is to get a good intuitive picture of what inclination / declination / right ascension / alt-az mean. A small toy globe can really help!
 
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