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originally posted by: WakeUpBeer
a reply to: AngryCymraeg
Just mix a drink and become a Flat Earth too!
...One of us...one of us......One of us...one of us......One of us...one of us...
After a few drinks, you won't see the horizon drop, or jump.
It may wiggle a bit though.
...One of us...one of us......One of us...one of us......One of us...one of us...
The vanishing point is behind your eyelids.
Let's start a GoFundMe, and send Turbo to space.
originally posted by: Soylent Green Is People
originally posted by: AncientHeru
a reply to: Phage
I want to see a live film of the entire planet from space.
And no, i don't have billions of dollars of technology at my disposal.
Adding to neutronflux's practical evidence (i.e., no need to see it from space), here is another example:
If the Earth were flat, then how do people in Perth, Australia see the same stars when they look directly south (such as the constellation Southern Cross, AKA Crux) at the same time as the people in Johannesburg, South Africa do when they look directly south.
According to the prevailing flat earth map, this would be impossible; "due south" for Perth is in a very different direction as "due south" for Johannesburg, as in the illustration below:
(By the way, this problem would be just as true if the stars weren't really many lightyears away, but rather on a dome, or the firmament, close to Earth as some flat Earth models say)
However, if Earth is a spheroid, this works very well. People looking south in Perth and Johannesburg at the same time to view the stars in the sky would both be looking the same direction. That is, they would be looking at the same groups of stars when they both look south at the same time:
originally posted by: OneBigMonkeyToo
a reply to: turbonium1
All the words you could have chosen to use and somehow you managed to forget:
"I don't understand that the horizon I can see is a circle around me"
and
"I don't know that curves go down as well as up".
When you stand on the middle of hte Pontchartrain causeway, you can't see the shoreline on either side. That's the curve.
Read. Learn.
www.metabunk.org...
7 Ways Flat Earth Conspiracy Will Make You Look Silly
Celestial Navigation
newcreeations.org...
It wasn’t until clock-making technology increased enough in roughly the 1700’s that celestial navigation fully matured.
The British were the first to master shipboard clock technology. It gave them a significant advantage in both war and trade, and therefore contributed to the rapid growth of their empire. I’ve been to the Royal Observatory in Greenwich, London, and have seen some of these early shipboard clocks first hand.
The only way the math required for accurate celestial navigation positions works out the way we calculate it is because the earth is spherical. If the earth was flat like some believe, celestial navigation would be based on plane trigonometry instead of spherical trigonometry. And if that were the case, I would be explaining to you that the earth must be flat. But it’s not. It’s a sphere.
Math does not lie.
Therefore, the fact that the spherical trigonometry based math required for celestial navigation produces accurate determinations of one’s position on the earth is definitive proof that the earth is spherical.
Celestial navigation truly makes proponents of the flat earth model look silly.
All we can see from the middle of the ocean, are horizons, all around us, all are perfectly flat,
What's odd, is when we always see flat, straight horizons,
We would see a curve in EVERY horizon, if it really DID exist. It would certainly be seen at 20,000 feet above the Earth
originally posted by: neutronflux
a reply to: turbonium1
Again.
The issue is the bases of the towers are physically blocked from view by the curvature of the earth at an increasing rate which would be impossible on a flat earth.
originally posted by: neutronflux
a reply to: turbonium1
And you cannot address the main issue. How in your flat earth delusion why objects are physically blocked from view by the earth’s curvature.
originally posted by: OneBigMonkeyToo
a reply to: turbonium1
If you bothered to look at the link I posted, you would find a variety of views, all confirming that there is curvature. If you went to the centre of the Pontchartrain causeway you would have a view where you would not see the shore. Why? Curve.
You posted a photo of the causeway that you thought proved it flat, yet you then ignored other viewpoints that proced you wrong.
The most blinkered poster on the net, who cherry picks his way through only what suits his narrative is accusing people of not presenting alternative viewpoints. Hilarious.
originally posted by: neutronflux
a reply to: turbonium1
Yeap. It’s known as you rise above the earth, the view to the horizon increase.
And again. At 20,000, why isn’t the whole of your flat earth delusion visible.
And on the flat earth delusion, at 20,000 feet, the sun should always be visible, never set beyond the horizon. It’s impossible on a flat earth.
First of all, it is the DISTANCE to the horizon which increases with altitude.
Microwave transmission
en.m.wikipedia.org...
Obstacles, the curvature of the Earth, the geography of the area and reception issues arising from the use of nearby land (such as in manufacturing and forestry) are important issues to consider when planning radio links.
We cannot see the whole Earth at 20,000 feet, for the same reason we cannot see a ship beyond the horizon, or 3 miles away from our viewpoint. Perspective and vanishing point, same as always.
The Rainy Lake Experiment
Saturday, July 20, 2019 - 00:50 | Author: wabis | Topics: FlatEarth, Knowlegde, Science, Experiment
walter.bislins.ch...
Behind the Curve' Ending: Flat Earthers Disprove Themselves With Own Experiments in Netflix Documentary
BY ANDREW WHALEN ON 2/25/19 AT 5:04 PM EST
www.newsweek.com...
Campanella devises an experiment involving three posts of the same height and a high-powered laser. The idea is to set up three measuring posts over a nearly 4 mile length of equal elevation. Once the laser is activated at the first post, its height can be measured at the other two. If the laser is at eight feet on the first post, then five feet at the second, then it indicates the measuring posts are set upon the Earth's curvature.
In his first attempt, Campanella's laser light spread out too much over the distance, making an accurate measurement impossible. But at the very end of Behind the Curve, Campanella comes up with a similar experiment, this time involving a light instead of a laser. With two holes cut into styrofoam sheets at the same height, Campanella hopes to demonstrate that a light shone through the first hole will appear on a camera behind the second hole, indicating that a light, set at the same height as the holes, travelled straight across the surface of the Flat Earth. But if the light needs to be raised to a different height than the holes, it would indicate a curvature, invalidating the Flat Earth.
Campanella watches when the light is activated at the same height as the holes, but the light can't be seen on the camera screen. "Lift up your light, way above your head," Campanella says. With the compensation made for the curvature of the Earth, the light immediately appears on the camera. "Interesting," Campanella says. "That's interesting." The documentary ends.
originally posted by: Soylent Green Is People
originally posted by: AncientHeru
a reply to: Phage
I want to see a live film of the entire planet from space.
And no, i don't have billions of dollars of technology at my disposal.
Adding to neutronflux's practical evidence (i.e., no need to see it from space), here is another example:
If the Earth were flat, then how do people in Perth, Australia see the same stars when they look directly south (such as the constellation Southern Cross, AKA Crux) at the same time as the people in Johannesburg, South Africa do when they look directly south.
According to the prevailing flat earth map, this would be impossible; "due south" for Perth is in a very different direction as "due south" for Johannesburg, as in the illustration below:
(By the way, this problem would be just as true if the stars weren't really many lightyears away, but rather on a dome, or the firmament, close to Earth as some flat Earth models say)
However, if Earth is a spheroid, this works very well. People looking south in Perth and Johannesburg at the same time to view the stars in the sky would both be looking the same direction. That is, they would be looking at the same groups of stars when they both look south at the same time:
originally posted by: neutronflux
originally posted by: OneBigMonkeyToo
a reply to: turbonium1
The Earth is a sphere. The horizon you see is a circle extending outwards from you as the center point. The size of that circle increases as you get higher. As you get higher you'll eventually see the curve. The curve under your feet is too slight to see until you get high up.