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Let's say it is about 300 miles from the launch area...
originally posted by: turbonium1
They certainly WOULD be seen from there, how would we see them from the LAUNCH area, at that point, but not fbe able to see them while DIRECTLY BELOW them, from the ocean?
How would THAT happen? Not sure how you'd explain THAT one, but go ahead, I can't wait to hear it....
We DO have a reference point in some clips, that show their altitude at the time, which are clouds.
I'd like to find out if they put in an 'instrument panel' when a rocket passes through clouds, and what altitude they claim it's at. If they're stupid enough to do it, that is....
Anyway, we know rockets DO fly at around 10-12000 feet - why would a rocket, supposedly flying up into 'orbit' or 'space', ever fly at 10-12000 feet, when planes fly 4 times higher than that during their flights? And planes have to reach it in a long ascent, while rockets could go straight up to such altitudes, that would be much better, faster, and easier to do, than a slow, long ascent would be. Not that it even matters, a rocket always veers off at about 10-12000 feet, for some strange reason.
If anyone really believes this makes sense, I'd like to hear about it. They are supposed to fly up into 'orbit', or 'space', and like any plane, fuel is most precious to save, and never, ever waste any, if at all possible.
So when rockets launch, they fly straight up - this makes sense, obviously. But then, they all veer off almost horizontally, at about 10-12000 feet or so, and this makes absolutely NO sense, whatsoever. Assuming it DOES fly up into 'orbit' or whatever, it would be incredibly stupid, and utterly moronic.
And even MORE stupid, to keep flying at such an altitude, or even close to it, afterwards.
That's exactly what rockets do, though.
Wasting so much fuel, is hardly their reason for doing it, there is NOTHING to gain from it - assuming it's for real, that is.
Planes fly at least 20-25000 feet, just for a half hour flight. A rocket veers off at about half that altitude, and is supposedly flying up into 'orbit' or 'space'? Are you kidding? It's beyond stupid.
Rockets are NEVER seen going much higher than that, either. This explains why they want to put in an 'instrument panel' on their videos of rockets, that's for sure! How convincing is that? It just looks more ridiculous!
TONGA VOLCANO ERUPTION SHOCK WAVES DETECTED IN CHICAGO
abc7chicago.com...
"The eruption was so powerful that the waves actually propagated all the way around the globe and then back again," meteorologist Gino Izzi said.
originally posted by: cooperton
Yeah from what I've found there is evidence that shows both a flat and a spherical earth.
Flat Attributes
-The surface of earth is overall flat. Shown by laser level and long distance photography (beware of photos in the ocean where tidal bulges skew the topography)
-High altitude weather balloon photography (beware of high-altitude fisheye-lens and CGI)
Spherical Attributes
-The coordinate system of earth is spherical
-The sun, moon and stars move as if the earth is spherical
The spherical attributes must be acknowledged, and so must the flat attributes. I believe this is due to the earth being intrinsically flat, but extrinsically a sphere. This would create a pacman effect, where the screen is flat but there is circumnavigability as you would expect on a sphere.
Earth's surface is flat,
physicsa reply to: neutronflux
The power of a lens is the degree to which a lens converges or diverges the light incident on it. Now, this convergence or divergence will depend on how much the lens is curved.
However, in the conclusion I am really struggling to explain in common language both why and how the curvature affects the focal length. Clearly as the lens becomes more curved the light is bent more and the focal length is shorter but I cannot confidently explain why this happens. I understand that the refraction is caused at the boundary between the glass and air due to the different densities of the materials but I cannot explain how the curvature impacts this.
Lens distortion is as much a part of photography as taxes are a part of everyday life. Annoying, but something that you have to accept if you want to take pictures. Every lens suffers from lens distortion. High-end lenses will have less distortion than cheap lenses. But because of the physics of light, no lens can produce a perfect, distortion-free image.
Most of these lenses have a rectilinear design: Light entering the lens travels in a nearly straight path to the film or sensor (though all lenses are slightly curved). This renders straight lines as they appear in real life, wherever they are in the scene. Wide-angle lenses have short focal lengths, which is the distance, when a lens is focused on the farthest point possible, between the optical center of the lens surface — that is, the point in the lens, often at its center, where there is no distortion of light passing through it — and the film or sensor that receives the image. Short focal lengths allow wide-angle lenses to capture a wide angle of view. The edge of the image is stretched far to the left, right, top or bottom of the center of the captured scene
Meet the amateur astronomers who track secretive spy satellites for fun
If Zuma is still up there, these are the people who might spot it.
BY MARY BETH GRIGGS JANUARY 12, 2018
www.popsci.com...
Why are you unable to point out which information is true and which not?
originally posted by: CrazyFox
Yawn
Why are you unable to point out which information is true and which not?
Right below I answered why I was able to.
Seriously go find a flat lens and take a picture with i then come back to chat.
Or go and fly out to the height needed to show the entire earth from "space" (way above our atmospere)
De Nile is a river in Egypt and apparently a phase you are stuck in
a reply to: OneBigMonkeyToo
originally posted by: CrazyFox
Umm valid question
Another one
a reply to: neutronflux
originally posted by: muzzleflash
So I walk about 10 miles a day and really enjoy the sunrises and sunsets on the mountains, anyways as I walk along I see this:
Pics from 3 days over the last few months at sunrise.
Only edit was to compress to fit on ATS.
THE ONLY WAY THE SUN CAN SHINE ON THE BOTTOM OF CLOUDS IS IF ITS BELOW THEM!
THE ONLY WAY IT CAN BE BELOW THEM IS IF THE EARTH IS ROUND!!
originally posted by: OneBigMonkeyToo
originally posted by: neutronflux
Being an inch off can be catastrophic. The error is not “seen” as a function of length. Error is based off how much the measurement is off from the design length / spec. If the spec is 48,000 inches long +/- three thousandths of an inch. Being off an inch is a huge deal.
originally posted by: neutronflux
this is from 1960... CGi didn't exist....
.0003% off is not catastrophic for bridge building. I guarantee it. .0003% of that 6" bolt you're referring to is .0018 inches... that's 45 micrometers... which is about the radius of the average cell in biology.