Which Observational Project sounds funner/easier?

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The discussion evaluates three observational projects: observing an asteroid, a variable star, and creating an HR diagram for an open cluster. Observing variable stars is highlighted as a valuable contribution to scientific knowledge, with organizations like AAVSO supporting amateur astronomers. While asteroids have been previously studied, measuring their rotational light curves could provide more useful data. The HR diagram project is noted for its theoretical appeal, combining observations with astrophysics to estimate the age of stars. Overall, the variable star project is favored for its potential impact on real research.
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1-Observing and Asteroid. Determine is orbit with a CCD camera and calculate its diameter(3-5 nights)
2-Observing a Variable Star. Over several nights observe a variable star and generate a light curve
3-Open Cluster HR Diagram. Observe starts in an open cluster and by using standard starts make an HR diagram and estimate age
 
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Variables stars are very easy to observe and generate a light curve for. You could also add to your list Exoplanet Transit Light Curves. I've done one of those myself. If you've got at least an 8 inch telescope, a monochrome camera, and a fairly dark sky you can do it. (It's what I used)
 
Variable stars are a good opportunity for an amateur to contribute to science knowledge. AAVSO is a leader in this field. Numbers matter in science.
 
I'd go with two, because you are doing real and important research. Asteroids have had their orbits measured and we've already done HR diagrams of open clusters. On the other hand, the fact that on date X, the magnitude of star Y was Z is quite important information.

One other thing with asteroids is measuring their orbits and diameters isn't that useful (i.e. someone has done it before). Measuring rotational light curves is somewhat more useful.

Also, you can have fun with this web site

http://www.aavso.org/
 
Ok, thanks! I was doing a bit of research myself as well, and that one does seem to be the best! :)
 
3 seems most interesting to me since it involves observations plus some astrophysics to determine the age.
 
matt.o said:
3 seems most interesting to me since it involves observations plus some astrophysics to determine the age.

3 would be a nice *theoretical* project. There are some open source stellar evolution models online and it would be an interesting project to play with the models to get you an isochrone.
 
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