No. I am implying that satellites have low mass, are quite small, and thus do not reflect enough light to be seen at sea level...As for reflectivity, I am assuming that all satellites have about the same amount reflectivity.
I see. Now you are implying things and injecting assumptions. Your original hard-line assertion was quite simply, "Mass is required for significant light to be reflected. The less mass, the less light that will be reflected." No muss, no fuss, no qualifications.
You are entitled to change your position (encouraged, even), but in the future I would recommend being more careful in your choice of phrasing bold, outrageous assertions. It would save everyone alot of time. As it is, you sound like a backpedaling idiot. (Or perhaps replace "sound like" with "are".)
I've told you that I look at the night sky regularly, and I've never seen a satellite streak across the sky.
And I've told you, you need to look up for more than a few seconds, at a clear moonless night sky away from light pollution, during a certain time, and a certain area of the sky. I've outlined it all for you. But it is just not getting through your unfathomably rigid skull. I'd guess that 95 percent of the time you look up at the sky (or perhaps 90 percent if you also include early morning), the conditions will not allow you to see a satellite. Nor will you likely see anything if you just glance up now and then. But the right conditions aren't random--I've spelled them out very clearly.
Until you follow the incredibly simple steps I have provided (or that you can find in books, satellite visibility prediction sites, or friends and family that got out as kids and aren't morons), you will be considered an ignorant moron unwilling to even try expanding his horizons. Not that you aren't considered that already.
If satellites are truly visible from sea level then it should be pretty easy to find us an image of a satellite hovering in the air, as seen from the ground.
Sigh. (Shaking head in hands.) You are a complete, unmitigated, brain-diseased idiot. Nor can you apparently read and comprehend. This is such a pointless argument. If you don't even understand what I'm telling you, why bother continuing? Tom, your assertion will be quite rebutted (before you even said it), if you try to read and comprehend what was written earlier in this utterly pointless debate.
Many of these satellites are about the size of a basketball. They are hundreds or thousands of miles away from the observer.
Now it is just getting silly. Tom, the "[dog = artificial selection] ergo [artificial selection = symbiosis]" smackdown should have taught you that just because an idea makes sense to your mangled mush of a brain, doesn't mean it has any bearing whatsoever on reality. In fact, by now you should know that quite the opposite is true.
And I thought you believed that the ISS was the only satellite? Now, you suddenly believe there are "many" satellites? Please reconcile.
The typical size of a satellite, not including solar panels, is closer to a passenger van, not a
basketball (!!!). (Jesus where do you get your facts?) In fact, they have been fairly standard sizes for decades, dictated by the size of the space shuttle cargo bay. That's just most US satellites--many european and russian satellites are not so constrained. And the solar panels can be many times the size of the satellite. There do exist smaller satellites, but the ones we see floating serenely by, depending on altitude, are almost certainly the larger ones. (One exception is Iridium satellites. Although big, they are far smaller than the brightness of their reflections would suggest. Iridium "flares" can be so bright off their mirror-smooth solar panels, they can be seen in broad daylight, and trust me, it's an impressive sight especially when you see it exactly when and where predicted.)
Here are some visualization aids for you:
http://images.google.com/images?svnum=10&um=1&hl=en&q=satellite+before+launch&btnG=Search+ImagesAs for orbiting distance, most satellites (I'm guessing) are in low earth orbit, which is roughly within 1,500 miles. Not "hundreds of thousands". (The
moon's orbit is "hundreds of thousands of miles" away.) Even geostationary orbits--typically the highest to my knowledge and outside the Van Allen radiation belt--are about 20k miles.
Can we pull our head out of our ass now?