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Put a flat earthier into space

Well how about you address my question first, rather than go over old ground that you will just claim bollocks to anyway.

Your lemon squeezer has the northern hemisphere as a hemisphere. You say the northern hemisphere can't work on a globe. Why do it work for yours but not for the reality?
Seems to have gone a bit quiet now we have noticed his picture has a hemisphere and a sloping sea.... .
 

Seems to have gone a bit quiet now we have noticed his picture has a hemisphere and a sloping sea.... .
But spinning….

It is great to watch. But but but

Look at the angle to polaris, but how big is it, but how far is it….no answer the question……but you can’t measure the distance to the stars like that…..its not what I’m doing, answer the question…..but it is not spinning….I know, answer the question

Now, why do your sloping seas work when there are no recorded indents in the earths crust below the oceans and why is the middle a hemisphere that you said will never work….. but spinning…..but corbyn…..but picture of pluto

Every question is waved away drivel that says nowt or “I’m not going to answer that, Im going to ask about something random”.

I’m starting to this the person behind this account might be Boris. There are similarities.
 
But spinning….

It is great to watch. But but but

Look at the angle to polaris, but how big is it, but how far is it….no answer the question……but you can’t measure the distance to the stars like that…..its not what I’m doing, answer the question…..but it is not spinning….I know, answer the question

Now, why do your sloping seas work when there are no recorded indents in the earths crust below the oceans and why is the middle a hemisphere that you said will never work….. but spinning…..but corbyn…..but picture of pluto

Every question is waved away drivel that says nowt or “I’m not going to answer that, Im going to ask about something random”.

I’m starting to this the person behind this account might be Boris. There are similarities.
If you fancy a laugh liste
But spinning….

It is great to watch. But but but

Look at the angle to polaris, but how big is it, but how far is it….no answer the question……but you can’t measure the distance to the stars like that…..its not what I’m doing, answer the question…..but it is not spinning….I know, answer the question

Now, why do your sloping seas work when there are no recorded indents in the earths crust below the oceans and why is the middle a hemisphere that you said will never work….. but spinning…..but corbyn…..but picture of pluto

Every question is waved away drivel that says nowt or “I’m not going to answer that, Im going to ask about something random”.

I’m starting to this the person behind this account might be Boris. There are similarities.
If you fancy a laugh listen to the first 10 mins or so of this 😳😂 It could be @Nukehasslefan

 
If you fancy a laugh liste

If you fancy a laugh listen to the first 10 mins or so of this 😳😂 It could be @Nukehasslefan

I’ll have a listen but even the description “taught at school”, same phrase, that narrow minded view that gained knowledge all came from school at the age of 15 and younger.
 
@Nukehasslefan - what's causing the global warming in your dome?
It depends what you mean by global warming.
Maybe you can explain how it works on your spinning globe and how you are sure about global warming.
Are we going to talk about Kittinger yet?
Yeah. Go and take a look at his supposed jump and the gear he wore against Baumgartner.
Start to understand what extreme low pressure would do or as we're told, so close to a vacuum as to be one.

Maybe you haven't read up on both.
Do I need to go into Earth spin as well?
You know, Earth carries everything along with it, even atmosphere and anything within it, as we're told.
Yet still does the same thing with near vacuums as we're led to believe.

It's all about logically looking at the set up.
Well how about you address my question first, rather than go over old ground that you will just claim bollocks to anyway.

Your lemon squeezer has the northern hemisphere as a hemisphere. You say the northern hemisphere can't work on a globe. Why do it work for yours but not for the reality?
I thought you'd get stumped on this one.
 
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It depends what you mean by global warming.
Maybe you can explain how it works on your spinning globe and how you are sure about global warming.

Yeah. Go and take a look at his supposed jump and the gear he wore against Baumgartner.
Start to understand what extreme low pressure would do or as we're told, so close to a vacuum as to be one.

Maybe you haven't read up on both.
Do I need to go into Earth spin as well?
You know, Earth carries everything along with it, even atmosphere and anything within it, as we're told.
Yet still does the same thing with near vacuums as we're led to believe.

It's all about logically looking at the set up.

I thought you'd get stumped on this one.

The third and final test, Excelsior III, was made on August 16, 1960. During the ascent, the pressure seal in Kittinger's right glove failed, and he began to experience severe pain in his right hand from the exposure of his hand to the extreme low pressure. (See .) He decided not to inform the ground crew about this, in case they should decide to abort the test. Despite temporarily losing the use of his right hand, he continued with the ascent, climbing to an altitude of 102,800 feet (31,333 m). The ascent took one hour and 31 minutes and broke the previous crewed balloon altitude record of 101,516 feet (30,942 m), which was set by as part of in 1957. Kittinger stayed at peak altitude for 12 minutes, waiting for the balloon to drift over the landing target area. He then stepped out of the gondola to begin his descent.

The small stabilizer parachute deployed successfully and Kittinger fell for 4 minutes and 36 seconds, setting a long-standing world record for the longest free-fall. During the descent, Kittinger experienced temperatures as low as −94 °F (−70 °C). In the free-fall stage, he reached a top speed of 614 miles per hour (988 km/h). At an altitude of 17,500 feet (5,334 m), Kittinger opened his main parachute and landed safely in the New Mexico desert. The whole descent took 13 minutes and 45 seconds and set a world record for the highest parachute jump

He wore a pressure suit - how is that a different to Baumgartner? Or are you saying a bloke doing something in 1960 would use the same gear as a bloke in 2012? Baumgartner wore an newer model for sure but that is like saying a Model T isn't a car as it is so different to current. Yet more wrongness - at least you are consistent.

And you ignored DaveH again......can't answer his question?
 
The third and final test, Excelsior III, was made on August 16, 1960. During the ascent, the pressure seal in Kittinger's right glove failed, and he began to experience severe pain in his right hand from the exposure of his hand to the extreme low pressure. (See .) He decided not to inform the ground crew about this, in case they should decide to abort the test. Despite temporarily losing the use of his right hand, he continued with the ascent, climbing to an altitude of 102,800 feet (31,333 m). The ascent took one hour and 31 minutes and broke the previous crewed balloon altitude record of 101,516 feet (30,942 m), which was set by as part of in 1957. Kittinger stayed at peak altitude for 12 minutes, waiting for the balloon to drift over the landing target area. He then stepped out of the gondola to begin his descent.

The small stabilizer parachute deployed successfully and Kittinger fell for 4 minutes and 36 seconds, setting a long-standing world record for the longest free-fall. During the descent, Kittinger experienced temperatures as low as −94 °F (−70 °C). In the free-fall stage, he reached a top speed of 614 miles per hour (988 km/h). At an altitude of 17,500 feet (5,334 m), Kittinger opened his main parachute and landed safely in the New Mexico desert. The whole descent took 13 minutes and 45 seconds and set a world record for the highest parachute jump

He wore a pressure suit - how is that a different to Baumgartner? Or are you saying a bloke doing something in 1960 would use the same gear as a bloke in 2012? Baumgartner wore an newer model for sure but that is like saying a Model T isn't a car as it is so different to current. Yet more wrongness - at least you are consistent.

And you ignored DaveH again......can't answer his question?

He is also cited as the first man to witness the full curvature of the earth. Absolute top example by @Nukehasslefan to bolster his flat earth argument.
 
The third and final test, Excelsior III, was made on August 16, 1960. During the ascent, the pressure seal in Kittinger's right glove failed, and he began to experience severe pain in his right hand from the exposure of his hand to the extreme low pressure. (See .) He decided not to inform the ground crew about this, in case they should decide to abort the test. Despite temporarily losing the use of his right hand, he continued with the ascent, climbing to an altitude of 102,800 feet (31,333 m). The ascent took one hour and 31 minutes and broke the previous crewed balloon altitude record of 101,516 feet (30,942 m), which was set by as part of in 1957. Kittinger stayed at peak altitude for 12 minutes, waiting for the balloon to drift over the landing target area. He then stepped out of the gondola to begin his descent.

The small stabilizer parachute deployed successfully and Kittinger fell for 4 minutes and 36 seconds, setting a long-standing world record for the longest free-fall. During the descent, Kittinger experienced temperatures as low as −94 °F (−70 °C). In the free-fall stage, he reached a top speed of 614 miles per hour (988 km/h). At an altitude of 17,500 feet (5,334 m), Kittinger opened his main parachute and landed safely in the New Mexico desert. The whole descent took 13 minutes and 45 seconds and set a world record for the highest parachute jump

He wore a pressure suit - how is that a different to Baumgartner? Or are you saying a bloke doing something in 1960 would use the same gear as a bloke in 2012? Baumgartner wore an newer model for sure but that is like saying a Model T isn't a car as it is so different to current. Yet more wrongness - at least you are consistent.

And you ignored DaveH again......can't answer his question?
Think that through logically. How did any electronics he carried not overheat at -70 degrees? Makes no sense. On random shaped earth my computa is cooled by a gnome with bellows. How would a gnome survive in so called deep space unless they could magically produce cider.

It is clearly warmer higher up, unless you are talking about the dome which is around so called absolute zero, that is fine. Temperatures can go a lot colder than they say. I have done experiments with my freezer.
 
The third and final test, Excelsior III, was made on August 16, 1960. During the ascent, the pressure seal in Kittinger's right glove failed, and he began to experience severe pain in his right hand from the exposure of his hand to the extreme low pressure.
(See .) He decided not to inform the ground crew about this, in case they should decide to abort the test. Despite temporarily losing the use of his right hand, he continued with the ascent, climbing to an altitude of 102,800 feet (31,333 m). The ascent took one hour and 31 minutes and broke the previous crewed balloon altitude record of 101,516 feet (30,942 m), which was set by as part of in 1957. Kittinger stayed at peak altitude for 12 minutes, waiting for the balloon to drift over the landing target area. He then stepped out of the gondola to begin his descent.
So his right glove failed. Failed as in how?
Why would he temporarily use the use of his right hand? It would basically expand if it was subjected to extreme low pressure. Not just to twice the size but to obliteration by expansion and so would the rest of his body, unless his glove somehow had it's own pressure system.

The small stabilizer parachute deployed successfully and Kittinger fell for 4 minutes and 36 seconds, setting a long-standing world record for the longest free-fall. During the descent, Kittinger experienced temperatures as low as −94 °F (−70 °C).
In the free-fall stage, he reached a top speed of 614 miles per hour (988 km/h). At an altitude of 17,500 feet (5,334 m), Kittinger opened his main parachute and landed safely in the New Mexico desert. The whole descent took 13 minutes and 45 seconds and set a world record for the highest parachute jump

Allegedly.
People take leave of their logic with this stuff.
A free fall at that speed would kill any person.
A parachute opening at those speeds would tear a person to pieces.

He wore a pressure suit - how is that a different to Baumgartner?

Take a look at his set up. Pressure suit my aris.
Or are you saying a bloke doing something in 1960 would use the same gear as a bloke in 2012?

Nope. I understand things would change but what doesn't change is the atmosphere or lack of it against the body.

There looked nothing wrong with Kittinger's hand when he landed and had a smoke. As if.

Not to mention the Earth supposedly spinning at a near 1000 mph under him but still manages to land bout 70 miles from lift off, apparently.

You only have to see what happens to stuff in a chamber of evacuated air to see what it would make of these people.
A the very most it's a halo parachute jump. A space jump? Not a chance, in my opinion.
He is also cited as the first man to witness the full curvature of the earth. Absolute top example by @Nukehasslefan to bolster his flat earth argument.
Full curvature of the Earth, eh?

Maybe Neil Tyson has other ideas...or is he lying or just wrong? I mean plenty seem to adhere to him and his so called scientific knowledge.
You must be logged on to see media items

Hmmmmm.
Tyson seems to be saying something else.
Think that through logically. How did any electronics he carried not overheat at -70 degrees? Makes no sense. On random shaped earth my computa is cooled by a gnome with bellows. How would a gnome survive in so called deep space unless they could magically produce cider.

It is clearly warmer higher up, unless you are talking about the dome which is around so called absolute zero, that is fine. Temperatures can go a lot colder than they say. I have done experiments with my freezer.
I wonder what all of the electronics were for. Any idea?
 
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going into orbit next month. going to give some class close ups of the lights on the ice dome

Quality stuff. Such a shame the deniers won't be able to enjoy the fruits of all this scientific endeavour.
It depends what you mean by global warming.
Maybe you can explain how it works on your spinning globe and how you are sure about global warming.
google is your friend, all the evidence is out there, there's no need for me to explain it to the likes of you.
 
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Quality stuff. Such a shame the deniers won't be able to enjoy the fruits of all this scientific endeavour.

google is your friend, all the evidence is out there, there's no need for me to explain it to the likes of you.

Also your enemy. The facts are out there, but increasingly swamped by an unrelenting torrent of pseudo-scientific garbage that can be cut-and-pasted into forum threads.
 
So his right glove failed. Failed as in how?
Why would he temporarily use the use of his right hand? It would basically expand if it was subjected to extreme low pressure. Not just to twice the size but to obliteration by expansion and so would the rest of his body, unless his glove somehow had it's own pressure system.

Absolute bollocks - people do not explode when subjected to low pressures it is a urban myth.

Human physiology is adapted to living within the atmosphere of Earth, and a certain amount of oxygen is required in . If the body does not get enough oxygen, then the astronaut is at risk of becoming unconscious and dying from . In the vacuum of space, in the lungs continues as normal but results in the removal of all gases, including oxygen, from the bloodstream. After 9 to 12 seconds, the deoxygenated blood reaches the brain, and it results in the loss of consciousness. Exposure to vacuum for up to 30 seconds is unlikely to cause permanent physical damage. Animal experiments show that rapid and complete recovery is normal for exposures shorter than 90 seconds, while longer full-body exposures are fatal and resuscitation has never been successful. There is only a limited amount of data available from human accidents, but it is consistent with animal data. Limbs may be exposed for much longer if breathing is not impaired.

In December 1966, and test subject Jim LeBlanc of was participating in a test to see how well a pressurized would perform in vacuum conditions. To simulate the effects of space, NASA constructed a massive from which all air could be pumped. At some point during the test, LeBlanc's pressurization hose became detached from the space suit. Even though this caused his suit pressure to drop from 3.8 psi (26.2 kPa) to 0.1 psi (0.7 kPa) in less than 10 seconds, LeBlanc remained conscious for about 14 seconds before due to hypoxia; the much lower pressure outside the body causes rapid de-oxygenation of the blood. "As I stumbled backwards, I could feel the saliva on my tongue starting to bubble just before I went unconscious and that's the last thing I remember," recalls LeBlanc. A colleague entered the chamber within 25 seconds and gave LeBlanc oxygen. The chamber was repressurized in 1 minute instead of the normal 30 minutes. LeBlanc recovered almost immediately with just an earache and no permanent damage.

Another effect from a vacuum is a condition called which results from the formation of bubbles in body fluids due to reduced ambient pressure, the steam may bloat the body to twice its normal size and slow circulation, but tissues are elastic and porous enough to prevent rupture. Technically, ebullism is considered to begin at an elevation of around 19 kilometres (12 mi) or pressures less than 6.3 (47 ), known as the . Experiments with other animals have revealed an array of symptoms that could also apply to humans. The least severe of these is the freezing of bodily secretions due to . Severe symptoms, such as , followed by and would occur in about 30 seconds. The in this process, but will continue to release water vapour leading to cooling and ice formation in the . A rough estimate is that a human will have about 90 seconds to be recompressed, after which death may be unavoidable. Swelling from ebullism can be reduced by containment in a which are necessary to prevent ebullism above 19 km. During the astronauts wore a fitted elastic garment called a Crew Altitude Protection Suit (CAPS) which prevented ebullism at pressures as low as 2 kPa (15 mm Hg).

The only humans known to have died of exposure to vacuum in space are the three crew-members of the spacecraft; , , and . During preparations for re-entry from orbit on June 30, 1971, a pressure-equalisation valve in the spacecraft's unexpectedly opened at an altitude of 168 kilometres (551,000 ft), causing rapid depressurisation and the subsequent death of the entire crew.
 
I’ll have a listen but even the description “taught at school”, same phrase, that narrow minded view that gained knowledge all came from school at the age of 15 and younger.
Honestly mate it's unbelievable how these peoples minds must work.
Explains sunsets by clouds going off into the distance 🤷‍♂️😂
I want my sanity back
Absolute fruitloops the lot of them
Still no answer on the sloping/stepped Atlantic ocean on the map you posted ?
@Nukehasslefan
 
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So his right glove failed. Failed as in how?
Why would he temporarily use the use of his right hand? It would basically expand if it was subjected to extreme low pressure. Not just to twice the size but to obliteration by expansion and so would the rest of his body, unless his glove somehow had it's own pressure system.

Absolute bollocks - people do not explode when subjected to low pressures it is a urban myth.

Human physiology is adapted to living within the atmosphere of Earth, and a certain amount of oxygen is required in . If the body does not get enough oxygen, then the astronaut is at risk of becoming unconscious and dying from . In the vacuum of space, in the lungs continues as normal but results in the removal of all gases, including oxygen, from the bloodstream. After 9 to 12 seconds, the deoxygenated blood reaches the brain, and it results in the loss of consciousness. Exposure to vacuum for up to 30 seconds is unlikely to cause permanent physical damage. Animal experiments show that rapid and complete recovery is normal for exposures shorter than 90 seconds, while longer full-body exposures are fatal and resuscitation has never been successful. There is only a limited amount of data available from human accidents, but it is consistent with animal data. Limbs may be exposed for much longer if breathing is not impaired.

In December 1966, and test subject Jim LeBlanc of was participating in a test to see how well a pressurized would perform in vacuum conditions. To simulate the effects of space, NASA constructed a massive from which all air could be pumped. At some point during the test, LeBlanc's pressurization hose became detached from the space suit. Even though this caused his suit pressure to drop from 3.8 psi (26.2 kPa) to 0.1 psi (0.7 kPa) in less than 10 seconds, LeBlanc remained conscious for about 14 seconds before due to hypoxia; the much lower pressure outside the body causes rapid de-oxygenation of the blood. "As I stumbled backwards, I could feel the saliva on my tongue starting to bubble just before I went unconscious and that's the last thing I remember," recalls LeBlanc. A colleague entered the chamber within 25 seconds and gave LeBlanc oxygen. The chamber was repressurized in 1 minute instead of the normal 30 minutes. LeBlanc recovered almost immediately with just an earache and no permanent damage.

Another effect from a vacuum is a condition called which results from the formation of bubbles in body fluids due to reduced ambient pressure, the steam may bloat the body to twice its normal size and slow circulation, but tissues are elastic and porous enough to prevent rupture. Technically, ebullism is considered to begin at an elevation of around 19 kilometres (12 mi) or pressures less than 6.3 (47 ), known as the . Experiments with other animals have revealed an array of symptoms that could also apply to humans. The least severe of these is the freezing of bodily secretions due to . Severe symptoms, such as , followed by and would occur in about 30 seconds. The in this process, but will continue to release water vapour leading to cooling and ice formation in the . A rough estimate is that a human will have about 90 seconds to be recompressed, after which death may be unavoidable. Swelling from ebullism can be reduced by containment in a which are necessary to prevent ebullism above 19 km. During the astronauts wore a fitted elastic garment called a Crew Altitude Protection Suit (CAPS) which prevented ebullism at pressures as low as 2 kPa (15 mm Hg).

The only humans known to have died of exposure to vacuum in space are the three crew-members of the spacecraft; , , and . During preparations for re-entry from orbit on June 30, 1971, a pressure-equalisation valve in the spacecraft's unexpectedly opened at an altitude of 168 kilometres (551,000 ft), causing rapid depressurisation and the subsequent death of the entire crew.
Simple experiments using a chamber for evacuation would show otherwise.
Honestly mate it's unbelievable how these peoples minds must work.
Explains sunsets by clouds going off into the distance 🤷‍♂️😂

Absolute fruitloops the lot of them
Still no answer on the sloping/stepped Atlantic ocean on the map you posted ?
@Nukehasslefan
Show me the stepped atlantic ocean.
 
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