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originally posted by: turbonium1
Gravity is nonsense. A force that pulls you down, with an opposing force. And when the force rotates Earth, and atmosphere, and every object within the atmosphere, it has no opposing force at all!
A magical force, indeed.
originally posted by: turbonium1
originally posted by: Akragon
a reply to: turbonium1
No...
They're planets that orbit our "star"
Thats why they fly across the sky as opposed to the actual stars we see in the constellations which barely move throughout the year...
And with a decent telescope, you can see them... even with binoculars at the right time
Many videos show they are not planets, they are stars. Have a look and see for yourself.
Do you really believe spheres are shaped at random, all over?
How many Earth-bound natural objects are perfectly spherical, all formed randomly?
A grain of sand? Every grain of sand is round cannot have formed at random. A few would be round, and others would not be round. At random, many shapes would exist.
Countless rocks and boulders exist on Earth. And how many are perfectly round, among all those you've seen?
I've never seen a perfectly round rock, or boulder, in nature, formed at random. And you?
A perfect sphere is not naturally formed. It is formed through an intelligence. It is intended. Created. Almost without exception.
A perfect sphere is not random in nature. It is very, very rare.
The Sun and moon are not only perfect spheres. They are the exact same size. They are perfectly aligned together.
All at random, of course!!
You're suggesting water is curving around a ball. And stays curved around a ball.
Show me that, if you can. That's exactly what you're claiming water does.
originally posted by: Akragon
a reply to: turbonium1
Im sorry but you are beyond dense...
Look at the pics on this page...
or this..
You repeat the same arguments over and over when everything has been explained to you hundreds of times in many different threads
Thick as F***
Describe what people in Australia would look like, walking in Sydney, or Melbourne, when viewed from your position...
originally posted by: turbonium1
The purpose of repeating points is because they HAVE NOT 'been explained' to me. One of my posts addressed a few claims made by the 'pilot', who ignored it completely, and went on about how 'dangerous' it is to believe the Earth is flat!
originally posted by: Rollie83
Take aviation ground school, of even flight instruction if you have the time, the funds, and aren’t afraid of heights. Failing that, spend some in-person time with a pilot, or someone expert in aeronautics and who’s actually flown aircraft. Do so in a setting with a chalkboard, visual aids and enough time to really flesh out the topics, as opposed to short bursts in an online forum. Read a text on basic flight. Something. Friend, if you release your grip on flatEarth dogma, if you leave the world of armchair pilots and physicists and make contact with real experts, it could be worth the effort. Good luck.
originally posted by: Rollie83
originally posted by: turbonium1
The purpose of repeating points is because they HAVE NOT 'been explained' to me. One of my posts addressed a few claims made by the 'pilot', who ignored it completely, and went on about how 'dangerous' it is to believe the Earth is flat!
From the pilot.
turbonium1, buddy, I wish you peace of mind, I really do, and I’m going to put this as nicely as I can.
I’ve addressed everything of yours that I could decipher, and the rest of it didn’t make enough sense to even merit the attempt. You argue upon scientific and other expert concepts which you don’t understand, and you play so fast and loose with technical terms that your “points” simply defy clarity. You do not speak the language of aviation, yet you believe that you do, insisting that your homemade definitions replace those actually used by professionals. Your reasoning is circular and peppered with non sequiturs. You’re an armchair pilot who thinks he/she knows more about flying than those who actually fly aircraft, and I have to believe that in your best moments you’d recognize the absurdity in that.
Lastly, because your posts are repetitive, to answer them I’d have to repeat myself. That’s a waste of my time, and I’d assume the same for yours—but of course, I don’t speak for you. At any rate, I’ve given you my best advice already (see re-print below), and that’s all the effort I care for.
originally posted by: Rollie83
Take aviation ground school, of even flight instruction if you have the time, the funds, and aren’t afraid of heights. Failing that, spend some in-person time with a pilot, or someone expert in aeronautics and who’s actually flown aircraft. Do so in a setting with a chalkboard, visual aids and enough time to really flesh out the topics, as opposed to short bursts in an online forum. Read a text on basic flight. Something. Friend, if you release your grip on flatEarth dogma, if you leave the world of armchair pilots and physicists and make contact with real experts, it could be worth the effort. Good luck.
A plane cannot fly in the same shape of a sphere without 'dipping it's nose'. Look at the curvature of any sphere. A basketball, perhaps. Get a little pin, or small object, and hold it an inch or so above the basketball. Move the pin over the ball, at the same inch or so. You would have no choice but to slightly 'dip down' the front point of your pin, in order to follow the path above the basketball, right?
Same as a plane would have to dip it's nose, in order to follow the path above a much bigger ball.
originally posted by: InhaleExhale
a reply to: turbonium1
A plane cannot fly in the same shape of a sphere without 'dipping it's nose'. Look at the curvature of any sphere. A basketball, perhaps. Get a little pin, or small object, and hold it an inch or so above the basketball. Move the pin over the ball, at the same inch or so. You would have no choice but to slightly 'dip down' the front point of your pin, in order to follow the path above the basketball, right?
and that would mean the air plane is enormous and many time larger than any air plane in existence.
How many pins does it take back to back to cover the circumference of the ball?
Are planes 50 miles long or some insane size like that?
Maybe a grain of sand would better suit if you are using a basketball to compare earth.
For you not to realize how stupid such an comparison is speaks volumes or is just more hard evidence that points to what you do here and in the 9/11 forum.
Same as a plane would have to dip it's nose, in order to follow the path above a much bigger ball.
yes, those 50-100 mile long planes when they fly over cities it goes dark for a few minutes
It was measured a long time ago, the first time I know of on June 19th, 240 BC by Erastothenes using a simple measurement which you can repeat if you so desire. More modern measurements are considered more accurate, but Erastothenes gets credit for good accuracy for the tools available in his day.
originally posted by: turbonium1
Why are scientists supporting a curvature of Earth, which is curvature we could easily measure, which WOULD HAVE BEEN measured long ago, which should have countless measurements of, over the centuries.....
If you live on a different continent then you will want to choose two different cities but the idea is the same. Once you duplicate this measurement from 240 BC then we can talk about more modern measurements.
Eratosthenes knew that at noon on the day of the summer solstice, the sun was observed to be directly overhead at Syene (modern-day Aswan): You could see it from the bottom of a deep well, and a sundial cast no shadow. Yet, to the north at Alexandria, a sundial cast a shadow even at the solstice midday, because the sun was not directly overhead there. Therefore, the Earth must be round – already conventionally believed by the astronomers of his day.
What's more, if one assumed the sun to be sufficiently far away to be casting parallel rays at Syene and Alexandria, it would be possible to figure out the Earth's circumference. Eratosthenes computed the shadow in Alexandria to be 1/50 of a full 360-degree circle. He then estimated the distance between the two locations and multiplied by 50 to derive the circumference.