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Flat Earth Theory / Re: High tide(s)
« on: October 01, 2017, 03:18:35 AM »Can I save this for future use?
Which beside being a statement rife with problems of various nature has zero explanatory power.
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Can I save this for future use?
Which beside being a statement rife with problems of various nature has zero explanatory power.
There are over 1,800 weather balloons released EVERY SINGLE DAY....Now add just as many secret ones daily, you ever seen one?
NOPE
4,000 everyday and you've never seen one.
J-Man, did you read that page or just look for a couple of words that made you feel better about your FE belief? This seems to be a common theme that I've seen. I found something that kind of says something like I believe, or some other shallow relationship as best. But as long as you can point to, well, something, then yeah me, I won the argument.
https://www.e-education.psu.edu/geog160/node/1926
Dude you're so gullible. Read the provided link. Surveyors used "Fixed" positions and now wait for it...........
The "STARS"
The techniques and tools of conventional surveying are still in use and, as you will see, are based on the very same concepts that underpin even the most advanced satellite-based positioning.
Geographic positions are specified relative to a fixed reference. Positions on the globe, for instance, may be specified in terms of angles relative to the center of the Earth, the equator, and the prime meridian.
Nowadays, geodesists produce extremely precise positional data by analyzing radio waves emitted by distant stars.
Before survey-grade satellite positioning was available, the most common technique for conducting control surveys was triangulation
Having read this chapter so far, you have already been introduced to a practical application of trilateration, since it is the technique behind satellite ranging used in GPS.
You have seen an example of trilateration in Figure 5.8 in the form of 3-dimensional spheres extending from orbiting satellites. Demo 1 below steps through this process in two dimensions.
So at 52m/s speed will it create sonic boom??A sonic boom, in space... No.
Prove once again to me there is a dome with Gods lights twinkling at us. Yes some but few round shaped bodies can be seen but even the greatest telescopes of our time see mostly blurred light. It takes "tricks" like adaptive optics to trick the lens in what its seeing. The scientists call these "Magic Tricks". Like infrared trick followed by a whole lot of guess work.
See 1:42 specifically for some proof.
They admit that these tele's can see better than Hubble probably because Hubble was looking out an aircraft door and no where near stable. You can see almost as much as them with a simple camera like a Nikon P900. Colored lights flickering in the dome of water and the moon.
This is why EVERYTHING is CGI because it's all guesswork.
Don't take my word for it, just listen to the scientist and his words not the guesses that are spit out later by the deceivers. How do we know they are deceiving us? It's obvious, just listen, @ 1:42 the reason its blurred is "Earths atmosphere", say what? The moon is 238,000 miles away supposedly and long gone from the atmosphere yet even binoculars bring up fine details no BLUR. Total Bullcrap....
We know that the gravitational pull of the moon causes the tides in both models*, so I guess that could be an answer for you. The moon is indeed causing irregular gravitational forces high up in the atmosphere. The RE model also asserts that variances in the density of the crust of the Earth creates gravitational irregularities all over the planet. Therefore very small gravitational irregularities on the surface and in the atmosphere/atmolayer actually do exist in both models.
*FE gravitation reference - https://wiki.tfes.org/Universal_Acceleration#Tidal_Effects
It does a vague sort of figure 8. Rotating around the North pole during their summer and 'shifting gears' to the South pole at the equinoxes. I don't remember the reference material, but one of their suggestions for how it does so was literally just 'magic' so.What? I mean, what?
Newton explained the effects of gravity in the 1600's and Einstein explained how it worked in the early 1900's. Over the last hundred years, more and more pieces of Einstein's theories have been confirmed in various experimental tests. Here is a summary. https://www.space.com/17661-theory-general-relativity.htmlCan you show us the force that is making the Earth accelerate? Can you conclusively show us that it's the Earth accelerating towards the ball when we let got of it and not the ball accelerating towards the Earth? If you can I would love to see it.Not anymore than RE can show what makes gravity function, I suppose. But if you have some evidence to the contrary, I'd love to see it.
So have they ever tried to explain how they think the sun would would rotate on the bi-polar model? I can't imagine what kind of zig zag path it would have to take to explain seasons and ice in the arctic/antartic areas.
I think it's supposed to have an ice wall too...but whoever drew it didn't seem to have drawn it in.
But yes - the equator is dead straight...which is kinda what I was getting at with sailing due East from Borneo to get to S.America...you kinda need teleportation to get from one side of the map to the other.
Mass
What does gravitation require to make it happen, then?
How is it that there are pictures of the sun being large and pictures of the sun being small?
Because the field of view is different. You shouldn't really rely on pics unless you know the camera setup. I can make the sun look large or small with the same lens on my camera. Just depends how much I zoom in. Using the same camera/same setup with pics throughout the day, the sun is very stable in size.
From those observations, you can deduce how the solar system operates.
It's not even all that difficult.
You guys are arguing without knowledge how perspective would actually act at large distances. You are making a hypothesis that the perspective lines would never touch. Where is the evidence for this hypothesis that perspective lines will never touch?