I think you spelled made up bullshit wrong there.
It's easy to mix the two up when you are schooled.
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
I think you spelled made up bullshit wrong there.
So we can see tiny dot reflections from the dome/energy source far into the distance yet we can't look up and see the huge main reflection these originate from glowing in the night sky, how is that?Because the projection is from the centre and is high on the dome.
How about you do it.
You've seen my sketch so you draw it to the scale you think and let's see what we can make out.
It looks pronounced because I was asked to show what it was like.
I said it's not to scale and I also said why it wasn't to scale. Why? Because you wouldn't see the set up.
If you think you can draw it to scale and actually show something then be my guest.
It's not like we're drawing a car at 1/10 the scale.
Anyway feel free to draw what you think it would look like and then try and explain what you see when you do it to a scale that suits.
At last, we have a sensible and understandable explanation for solar eclipses that everyone can believe in and ... wait... what?You see the sun and moon in the sky at the same time because they are direct reflections when angles are correct.
As for the moon passing in front of the sun, it's what happens in the centre in terms of angling out the reflection from the dome that cuts out the wavelength.
The exercise is down to whoever wants to open their own minds to alternate possibilities. Take it as nothing more.
What causes this with your globe?I suspect he thinks my Sketchup suggestion involves crayons and paper.
as in....
Logon or register to see this image
The reality is, you should be able to show me proof of your spinning globe. Can you?I think you do have something to prove. Let’s cut through the reams of bullshit and you put your cock on the block. Pick any one of many experiments suggested in this thread and you do it and post the results on here.
Absolutely and also a big difference in pressures at sea level, against what's up at the dome.Sun doesn't fully melt the ice on a mountain as water becomes a liquid at 1°c.. big difference in the melting point between helium and hydrogen and water.
You know when you feel heat on your body? It's due to molecules being agitated under dense pressure of atmosphere."Dense pressure of agitation" more made up shit
So what causes them."Changes shape as in how" - no moon, waxing crescent, waxing half moon, waxing gibbous, full moon, waning gibbous, waning half moon, waning crescent back to no moon. You may have observed these shapes yourself.
The spherical Moon is lit by the spherical Sun and so as it moves around the spherical Earth we see different portions of it in sunlight at different times. Sometimes we see none of it as only the side facing away from us is lit.What causes this with your globe?
Because the sun reflection is not hitting the parts you see which means it becomes dark. The reflection will be aimed at another of the dome and back to the Earth.So we can see tiny dot reflections from the dome/energy source far into the distance yet we can't look up and see the huge main reflection these originate from glowing in the night sky, how is that?
No problem.I can't draw it because it can't be drawn the way you explain it, how many times, any gradual slope over that distance would mean super deep seas in the lower bowl. Scale works no matter what, certainly on a sloping cross section of an imaginary world in your head, if you can visualise what none of us can then draw it in proportion, it's like dealing with a child.
What causes this with your globe?
The reality is, you should be able to show me proof of your spinning globe. Can you?
Absolutely and also a big difference in pressures at sea level, against what's up at the dome.
You know when you feel heat on your body? It's due to molecules being agitated under dense pressure of atmosphere.
You know why it's so cold for us the higher we go up? It's because the pressure is much less upon us and does not agitate anywhere near as much because matter is more expanded and less of it, meaning our bodies do not agitate under density, enough to keep us warm.
So what causes them.
Can you explain what's happening from your understanding?
Because the sun reflection is not hitting the parts you see which means it becomes dark. The reflection will be aimed at another of the dome and back to the Earth.
Ah a reflection that looks different.Your stars, yeah, innit.
From a distance, yeah, innit.
Not at all, innit.
Just points of light on a dome, innit.
You can see different points of light of what's happening in the centre, innit.
There's things looking from one part of the circle than you won;t see on another part, innit.
But it's not wholly reflective. It's all about closeness for some and mirrored and for others it's merely movement over and around to points where the human eye can see, innit.
It's one part, innit.
Why would there be...it's angled, Innit.
Just like the sun and moon are angled, innit. One up and one down and vice versa, innit.
Why?
Mirrored and reflected. Innit.
Wavelength is just a word. Given you don't believe in the EM spectrum, it is literally just a word thrown into it.Wavelength. The spectrum of colours get cancelled.
Ah a reflection that looks different.
So like when you reflect a shire horse in a mirror and get a cocker spaniel. Got it, makes sense now.
But if I look all around me somewhere exposed I can see stars to my left, right, front and behind and directly above so I must be able to see the point where the energy beam hits the dome then beams all of these dots outBecause the sun reflection is not hitting the parts you see which means it becomes dark. The reflection will be aimed at another of the dome and back to the Earth.
No problem.
Dense atmospheric carbon arc refractionThe moon and sun are at some weird reflective angle off the dome today.
The reality is, you should be able to show me proof of your spinning globe. Can you?
Yeah but apart from thoseTransit of the moon
Transit of the sun
Transit of the stars
The tides
The seasons
The change of angle of shadows
The prevailing wind
The flight path of aeroplanes
The horizon and the voyage of ships
Images from aeroplanes
Images from space
Don't forget, it is not just the naked eye change of phase, the shadows around craters change, a little example here:I suspect he thinks my Sketchup suggestion involves crayons and paper.
as in....
Logon or register to see this image
No they couldn't, it doesn't existTelescopes that can observe the moon clearly would also be able to see the dome