Living in the outskirts of New York City, there are limited celestial bodies I can see on any given night. Tonight happened to be a clear, relatively windless night, and so I decided to haul out my spotting scope to see how Jupiter would look through it.
I received the spotting scope as a gift last year and I used it while in Florida for Christmas.

Taken with a mobile phone
A spotting scope is not a good tool for stargazing, if for no other reason that the alignment of the objective in line with the body of the scope means that, unless the object you are observing is within a few degrees of the horizon, it’s going to get awkward to look up through it. Instruments meant for skyward aiming will have a prism attachment allowing the objective to be placed perpendicular to the body of the scope.
I do not currently own an appropriate device, and therefore must make do. My scope is 80mm device with a 20-60x zoomable objective. I’m not sure how this compares to a proper telescope but I figured, if nothing else, it might let me see Jupiter’s moons.
Quite fascinatingly, it did just that. I was unable to take photos through the scope, but I can still demonstrate for you the sights I’ve seen through the wonder that is Stellarium.
At 20x, this is pretty much exactly what I saw tonight:

As viewed on March 9, 2013
Well, not exactly — the moons were slightly more puncticular than they appear in that graphic, which is a cropped screenshot from Stellarium. (I’m including a dictionary link to that word because I just learned it tonight).
Watching this quintet move across the field of view was exciting enough, but then I remembered about the zoom function of the objective. At 60x, things looked a little bit like this:

As viewed on March 9, 2013
The software rendering is a bit more detailed, but you could definitely see a slight banding pattern to the planet. I did not notice if the moon closest to Jupiter had indeed a bit of a red shade to it.
Turning on labels in Stellarium reveals the names of the participants in this particular dance:

As viewed on March 9, 2013
In the grand scheme of amateur astronomy, this is pretty bush league stuff; but to my recollection this may have been the first time I have ever, in my entire life, seen the moons of Jupiter with my own eyes. I felt like Galileo pointing his telescope at Jupiter for the first time and seeing that there were bodies out in the universe that did not appear to revolve around the Earth. This is what he saw, over 400 years ago.
This site describes Galileo’s observations and his dawning realization that, rather than seeing Jupiter passing by some background stars, he was seeing bodies revolving around it.
Anyway, so that’s what happened tonight instead of homework.