Put a flat earthier into space

[What A Waster]

The movement of the reflected energy from the centre of Earth. Where the reflected energy hits is the area where you create different pressures due to expansion and compression of atmospheric matter.


Of course, just like the movement of the reflected energy (sun/moon...etc) is fairly predictable.

As above.

Back to this reflected energy.
Is this where the sun comes from?

 

[taipeisafc]

How do we know this pressure and energy exists?

He doesn't even know what pressure is so waste of time asking him - he knows nowt.

 

[DPTT]

Back to this reflected energy.
Is this where the sun comes from?

I think the Sun is in the middle of the earth underneath the crystals

 

[What A Waster]

I think the Sun is in the middle of the earth underneath the crystals

I think that's what he thinks as well. Just clarifying it

 

[Joe Public]

I really don’t understand why people waste time trying to persuade people like this that the earth is round. It’s such a waste of time and energy. Let him think what he thinks, no one, not even himself, believes it, so move in to something more productive.

 

[DaveH]

It's all around you and by changing pressures you can clearly observe the effect.

I can't see this energy, just the same as I can't see infra red. I can observe the effect of my TV turning off, but I can't know for certain it is there.

Surely there must be something I can use to detect this internal reflected energy and show it's effect on moving water.

Water conforms to the container it is in and sits perfectly level. If I fill my bath with water, the water appears to sit perfectly level and doesn't move. Why can't I see the effect of this internal reflective pressure energy on my bath of water?

Are there any sensors or instruments I can get to measure/detect this internal reflected energy?

 

[Hend79]

The movement of the reflected energy from the centre of Earth. Where the reflected energy hits is the area where you create different pressures due to expansion and compression of atmospheric matter.


Of course, just like the movement of the reflected energy (sun/moon...etc) is fairly predictable.

As above.

Nothing factual at all in your explanations you absolute loon.

 

[Pancho]

You must be logged on to see media items

 

[Nukehasslefan]

Back to this reflected energy.
Is this where the sun comes from?

By my hypothesis, what we see in the sky is merely reflected light and wavelengths back to us, emanating from the centre.

 

[What A Waster]

By my hypothesis, what we see in the sky is merely reflected light and wavelengths back to us, emanating from the centre.

Any idea why the ice dome doesn't melt from this reflected light but we can get 30° temperatures on the earth?

 

[Nukehasslefan]

I can't see this energy, just the same as I can't see infra red. I can observe the effect of my TV turning off, but I can't know for certain it is there.

Surely there must be something I can use to detect this internal reflected energy and show it's effect on moving water.

You can detect it by use of a barometer but you're not going to detect it in a massive overall amount on the seas, other than to know the pressure changes by using a barometer.
The best one to visually use is the simplest one.

You must be logged on to see external links

Water conforms to the container it is in and sits perfectly level. If I fill my bath with water, the water appears to sit perfectly level and doesn't move. Why can't I see the effect of this internal reflective pressure energy on my bath of water?

You can if you cared to measure it with a float over a period of time.
However, the barometer (above) should give you a massive clue.

Are there any sensors or instruments I can get to measure/detect this internal reflected energy?

Are you on about getting to the centre to measure it directly?
If so then I explained all that.
If that's not what you mean then can you elaborate?

Any idea why the ice dome doesn't melt from this reflected light but we can get 30° temperatures on the earth?The same reason why there's snow on the top of mountains.

It does melt but minimally as the reflected energy passes over the area of dome.
The melt would be so minor due to extreme low pressure and much less dense matter, meaning much much less friction of that matter.
You can ask why there's snow on mountains.
Similar reason but much lower down from the dome.
Extreme low pressure does not allow for mass agitation of matter higher above but the reflected energy hits lower and lower as the atmosphere becomes more dense which allows more denser agitated molecules which we feel on our skin.

 

[jayjaysafc]

You must be logged on to see media items

He's already told you that these are faked by NASA using a fish eye lens. Keep up

 

[DaveH]

You can detect it by use of a barometer but you're not going to detect it in a massive overall amount on the seas, other than to know the pressure changes by using a barometer.
The best one to visually use is the simplest one.

You must be logged on to see external links

You can if you cared to measure it with a float over a period of time.
However, the barometer (above) should give you a massive clue.

Are you on about getting to the centre to measure it directly?
If so then I explained all that.
If that's not what you mean then can you elaborate?


It does melt but minimally as the reflected energy passes over the area of dome.
The melt would be so minor due to extreme low pressure and much less dense matter, meaning much much less friction of that matter.
You can ask why there's snow on mountains.
Similar reason but much lower down from the dome.
Extreme low pressure does not allow for mass agitation of matter higher above but the reflected energy hits lower and lower as the atmosphere becomes more dense which allows more denser agitated molecules which we feel on our skin.

So any form of barometer will effect this 12 hour regular pressure wave but the effect on a bath of water is just too small to measure?

 

[taipeisafc]

You can detect it by use of a barometer but you're not going to detect it in a massive overall amount on the seas, other than to know the pressure changes by using a barometer.
The best one to visually use is the simplest one.

You must be logged on to see external links

You can if you cared to measure it with a float over a period of time.
However, the barometer (above) should give you a massive clue.

Are you on about getting to the centre to measure it directly?
If so then I explained all that.
If that's not what you mean then can you elaborate?


It does melt but minimally as the reflected energy passes over the area of dome.
The melt would be so minor due to extreme low pressure and much less dense matter, meaning much much less friction of that matter.
You can ask why there's snow on mountains.
Similar reason but much lower down from the dome.
Extreme low pressure does not allow for mass agitation of matter higher above but the reflected energy hits lower and lower as the atmosphere becomes more dense which allows more denser agitated molecules which we feel on our skin.

Utter drivel, moron

So any form of barometer will effect this 12 hour regular pressure wave but the effect on a bath of water is just too small to measure?

Barometers that can detect mm water pressure changes are obviously not sensitive enough maybe the house blocks the air pressure (he hasnt come up with any tripe to explain how his air pressure works on sealed containers)

 

[DaveH]

Utter drivel, moron

Barometers that can detect mm water pressure changes are obviously not sensitive enough maybe the house blocks the air pressure (he hasnt come up with any tripe to explain how his air pressure works on sealed containers)

I've got a pond in the garden and the water always looks perfectly level. But if on such a small body of water, the change is too small to detect then fair enough.

 

[What A Waster]

This is hilarious.
It's quite impressive to come up with all this stuff

 

[Nukehasslefan]

So any form of barometer will effect this 12 hour regular pressure wave but the effect on a bath of water is just too small to measure?

Not necessarily.
If you can rig up a gauge and observe it in your bath full of water you may just see the changes.
However, it's still small scale compared to overall atmosphere on seas, changing in pressure.

 

[The Truth]

Every time I click on this thread a certain clip springs to mind...

You must be logged on to see media items

 

[taipeisafc]

Not necessarily.
If you can rig up a gauge and observe it in your bath full of water you may just see the changes.
However, it's still small scale compared to overall atmosphere on seas, changing in pressure.

Pressure is force per unit area, the change in a manometer would be identical no matter how big the scale plank. That is how pressure works.

 

[DaveH]

Not necessarily.
If you can rig up a gauge and observe it in your bath full of water you may just see the changes.
However, it's still small scale compared to overall atmosphere on seas, changing in pressure.

I've actually got a few digital barometers that measure to an accuracy of 1 bar (1 hPa) and they don't record this regular 12 hour wave, but they might not register if the change in pressure is quite small. That sounds reasonable anyway that a small change in pressure over a large ocean can have a large effect, but a small change in pressure over a small water body like a bath, it is just too insignificant to measure. Is that pretty much what is happening?