You speak absolute nonsense.
Projecting again I see.
The Moon does not have to be visible elsewhere in the sky whilst the Black Sun is eclipsing the Sun.
If you wish to claim the black sun is not the moon, then yes it does.
Remember your argument? The moon should be visible in the sky during the day, yet you couldn't see it during the solar eclipse.
It is not up to you to determine the criteria of satisfactory evidence regarding the Black Sun eclipsing the Sun.
It isn't up to you.
The video below clearly shows that the Moon is not in front of the Sun.
No it doesn't. (I assume you mean the video you previously linked)
It shows a round object getting in front of the sun. You cannot tell (based upon this video) if it is the moon or not.
The spectrum analyser shows the Sun is giving it's light off as expected for an object that shape, if the Moon was eclipsing the sun as you Heliocentrics claim there would not be an even distribution of light around the Sun .
You mean as an object that is a crescent?
The pathetic analysis they did still clearly shows there is something blocking the light from the sun.
Even if you wish to look at the region shown in blue, that still shows there is something blocking the light from the sun, it just shows (if properly understood) that this object is outside the atmosphere (as this blue region is from the atmosphere scattering the light).
Perhaps the simplest way to do this is to overlay a circle based upon the visible section of the circle of the sun.
For the first image shown, this has the circle of the sun at the top (the visible part of it) with a large blue region going away from it.
But if you compare that to where the circle of the sun would be at the opposite side, it just has a very thin blue region outside it.
The other way is to simply note that this blue region is not circularly symmetric.
So no, it shows that there is something blocking the light of the sun outside the atmosphere.
You and your brethren can not explain the evenly distributed light around the Sun regarding the video footage taken of the eclipse provided .
Is that because that claim is pure bullshit and the light is not evenly distributed?
Why are you expecting us to explain something that doesn't exist?
The video also highlighted how NASA got their timing wrong .
You mean baselessly claimed it?
We have all observed how the moon moves across the sky ; in an hour it moves roughly 15 degrees to the observer on the ground.
Yes, it has an apparent motion of very roughly 15 degrees. Less roughly it would be closer to 14.5 degrees, with the sun moving 15 degrees.
At 13:30 on the video an hour before NASA predicted the eclipse we can observe from the video footage that the Black Sun has already started interfering with the Sun.
You mean before they predicted totality?
And no, I still see no sign of this black sun in any video you have posted so far. I have no idea which video you are talking about now though.
The above would be impossible if it was the Moon eclipsing the Sun as the Moon would be an estimated few degrees away to the observer at 13:30 .
The Heliocentric model does not match the reality that has been observed and verified as such it is not acceptable .
No. This is exactly what is expected in the HC model.
The sun apparently moves at 15 degrees an hour.
The moon apparently moves at 14.5 degrees an hour.
That means the apparent speed of the moon relative to the sun is -0.5 degrees an hour.
The angular diameter of the sun is 0.5 degrees.
As such, 1 hour before totality, the moon should start to partially eclipse the sun. It should continue moving at a rate of 0.5 degrees an hour, and thus 1 hour later (at totality) completely eclipse the sun.
So the HC model does match reality.
If you wish to assert such crap you will need far more than just asserting the moon should be a few degrees away.
What it isn't expected in is the FE model, which can't even explain the apparent motion of the sun and moon.
We have all observed how the moon moves across the sky ; in an hour it moves roughly 15 degrees to the observer on the ground.
Yes, but how fast does the moon move relative to the sun (which also moves 15 degrees per hour)?
No you are incorrect.
How can he be incorrect when he just asked a question?
Or are you suggesting the sun doesn't appear to move 15 degrees per hour?
Or are you just projecting again for your upcoming lie?
The Moon moves faster through the sky than the Sun .
No. The sun appears to move faster than the moon.
Are you familiar with an App called Google ?
Yes, we are, and we find numbers that match reality and support the HC model.
What we don't find is any sound backing for your baseless claims.
Instead I find things like this:
http://cseligman.com/text/sky/moonmotion.htmWhich disagree with you and say that the moon's apparent westerly motion is slowly than the sun's.
So we are asking you, for you to provide actual numbers which can then be compared with reality, as using google clearly wont help get you to admit you are wrong.
Incorrect.
Totality lasts a few minutes .
He did not say how long totality lasts.
He merely said there would be 1 hour from first contact to totality.
Totality will last a variable amount of time based upon the distance from you to the moon and from the moon to the sun (a minor contributor).
For some eclipses, there will not be a period of totality.
So as you have just said
the Moon moves 0.5 degrees an hour as such the Solar eclipse is impossible on your model.
Your model doesn't match reality .
Why does that make the solar eclipse impossible?
During a total solar eclipse, the angular diameter of the moon is slightly larger than the sun (for example, lets say the sun is 0.5 degrees and the moon is 0.55 degrees). The moon moves at 0.5 degrees per minute. That means you have first contact at some time. Then, 0.5 degrees of the moon's movement later (or 1 hour), the moon is completely covering the sun resulting in totality. This time continues until the other side of the moon stop's obstructing the sun. That is 0.55-0.5 degrees or 0.05 degrees later, so 6 minutes. Then after another hour (0.5 degrees), the moon is not blocking the sun at all and the eclipse is over.
So you have first contact, the start of the partial eclipse.
Then 1 hour later you get second contact, the start of the total eclipse.
Then 6 minutes later you get third contact, the end of the total eclipse.
Then 1 hour later you get 4th contact, the end of the partial eclipse.
In reality, the exact sizes and speeds will be slightly different giving some difference from these round numbers.
So no, the HC model DOES MATCH REALITY!
If you wish to assert the HC model doesn't match reality you will need a lot more than the garbage you are spouting to justify it.