Thats my point. The numbers grow unrealistically out of proportion at small angles. The round earth has the exact same problem, the distance between what the observer sees from the sun and the horizon could be halved infinitely. HELLO?!!?
I was simply trying to show you this problem is everywhere, assuming numbers are infinite. If you were to get a ruler and put it in front of your eyeball while watching the sun go behind the curve on your fake ball earth, it should never happen. Anyway this is pointless conversation...
Cut the crap. You claimed the RE has the exact same problem. IT DOES NOT!!!
In the RE, the sun does not circle above us in a plane parallel to the ground, so it doesn't have the same problem.
I have no idea what you are trying to suggest with the ruler.
The only reason it is a pointless conversation is because you have no interest in the truth, are happy to continually repeat BS, making up whatever BS you want to try and pretend your delusional fantasy world is real.
So...you're calling me a liar and at the same time saying you need a proof of how it works. Ooooook. Anyway there is more proof, and it is devastating to your globe earth model. Still it's not perfect, and I'm trying to figure out why. It has to do with the fact that you cannot project a flat surface onto a globe without cutting some corners somewhere.
I am calling you a liar, because that is what you are. You are repeatedly lying, claiming it works for the FE and that it hasn't been disproven.
There is no proof at all.
If you had any you would have provided it by now.
That is why I am demanding it.
If you are suggesting I shouldn't need proof because you have already provided it then you are just further backing up my claims of you being a liar as you have not shown that it works. Instead you showed that even with your BS, it still doesn't work.
Your BS isn't perfect because it doesn't match reality at all.
Yes, you cannot project a flat surface onto a globe (or vice versa) without some kind of distortion. This is further proof that Earth is round, as you cannot map Earth's surface onto a flat plane without serious distortion.
Most likely it does. From mexico in the example don't you think its strange going NESW from 10k distance using the "axis tilt angle of 23.5" the sun is on the horizon with a height close to the claimed 4828km?? I didn't think you would. All Jackasses are indoctrinated coincidence theorists.
No, the height isn't close to the claimed 4828 km.
You don't go 10 000 km away from Mexico. The furthest you go is 5 800 km.
When you go 10 000 km away from where the sun is directly overhead, it ends up on the horizon.
For example, using your site, going to the same time (June 13, 2016, 13:46 UTC-5 (or 14:46 GMT-5+1 for DST), and then looking around a bit, I found these coordinates:
23.2658021, -101.434021
That is where the sun is at 90 degrees.
Now then, lets go 90 degrees away from that position, which would correspond to roughly 10000 km on the flat Earth (closer to 10002 km), due north or due south. Lets start with south. So that puts us at 23.26...-90=-66.7341979.
So the location we want is -66.7341979, -101.434021
It is being mean and not letting me search there (it seems there is some error with how it handles both numbers being negative).
So I used this location instead:
-66.5787143, -101.4587402
It's close enough.
Now then, it has an elevation angle of 0.16 degrees.
So first, doing it the honest way:
tan(0.16 degrees)=h/10 000
h=10000 *tan(0.16 degrees)=27.9 km.
Last time I checked, 27.9 km is not 4828 km.
Doing it your BS way, welll, now we end up with a problem.
Remember your formula?
(((ATAN(DEGREES((elevation))))/height)*distance)
Well, the height is 27.9 km. So dividing by that wont do much. The distance is 10 000 km, so that will do a lot.
The elevation angle is 0.16 degrees, so "converting" that to degrees makes it 9.16, the inverse tan of that is 83.8 degrees or 1.46 radians (the default unit excel works in)
So ballbark figures, we have 15000/30, and thus get a "correction" of 500 degrees (523.5899786 to be more precise and accurate).
This ends up giving us a height of -2914.738256 km. So not only is it the wrong sign, it is also no where near your BS 3000 miles.
If instead you go north, you go to the other side of the world, ending up at 23.2658021+90 N, or 90-23.2658021 N on the other side (90-((23.2658021+90)-90) =66.7341979
And the latitude is -101.434021+180=78.565979
So the location we want is:
66.7341979, 78.565979
This gives an elevation angle of 0.
So you get a height of 0, and a div0 error for your calculation.
If we go a bit closer (to the north), then we are back to where we were before.
Or by 10 k did you mean 10 km?
10 km would be roughly 90/1000 or .09 degrees, so going north for simplicity that puts you at 23.3558021, -101.434021, with an elevation of 89.91 degrees.
So putting that in to the real formula you get 6366.192488 km height for the sun. Using your BS, you get close to 5000 km.
So no, it still doesn't work, and once again you are spouting pure garbage.
And what does the tilt angle have to do with this other than being why the sun is above that location?
Yes that was the issue, but as far as the sun setting, the theory on the 'mathematical' 23-25 degree range still holds.
No it doesn't.
The mathematical angle still is what you would expect to observe in reality if Earth was flat.
BS this, BS that ok Jackass. Only a puppet in a lab would make such a response.
So is that your problem? You are just a pathetic puppet?
I have pointed out why it is BS. Something you are yet to refute.
Is it the one where he is claiming he is using a solar filter? If it doesn't meet your standards, why don't you tell us what a jackass would use.
Whatever the jackass that made the video used.
I'm not a jackass so that isn't what I would use.
I would use a proper solar filter which is made for direct viewing of the sun. One in which only the sun is visible through (or other extremely bright lights), which you are capable of zooming in on the sun and seeing it clearly as a sharp circle, typically with various solar activity visible to some extent if the camera is good enough.
I would not use some piece of shit that still has the sky lit up with massive glare.