Silicon, how about addressing what we have already brought up before bringing up more crap?
The sun emits light, it does not reflect it, there is a difference.
Not really. That would only be the case if you were comparing it to an object being illuminated by a point source near you, where it can fade as it gets distant much faster, rather than being iluminated by the sun (or being a source of light itself) which means its luminosity remains the same.
See, as it emits light, it can cause glare, where it appears larger than it is, it also means rather than simply shrinking to nothing, it needs to fade so it is no longer brighter than its surroundings. That means you should always be able to see the sun on a flat Earth, but you can't.
So all of RAB's building, and ships behind the curve does not apply.
No. That does still apply.
It clearly indicates a curve.
There is the long explanation for what is really happening in these cases but the simplest way you know, is because of the 'supposed' curve itself.
Yes, the simplest explanation which actually makes sense and matches reality, there is a curve.
Think about it. He is showing you videos of 190 M buildings hidden behind a curve under 30 miles away at sea level. If this were true then being 19 miles in the air should reveal enormous drop off in terms of curvature, and the horizon would make an extreme drop from eye level.
No. It wouldn't.
As you go higher up, the horizon gets further away, and while there is a drop off, it is quite small.
Being 30 km in the air (why must you guys always use miles), the angle of depression to the horizon is only a mere 5.5 degrees. That is quite dificult to detect by eye, especially when you are in a plane or the like.
There is no way around this. They try to have it both ways however, dozens of amateur balloons, rockets, and other video always show the flat horizon at eye level, no matter how high you go.
That's right, there is no way around this, there is a curve, perspective doesn't make the sun set.
The rockets do not show the horizon is flat at eye level. However ametuers with theodite apps on their phone show that even by going to the top of a tall building, the horizon is below eye level.
If you claim you have evidnece of the horizon being at eye level, even at high altitudes, feel free to provide it.
Now the sun is magnified at ground level as it recedes into the distance, due to atmosphere conditions which shows little to no shrinkage. A common example of this is pictures or observing vehicle traffic. You will notice the lights the furtherest away are larger than those closer to the observer and often times the left and right lights blend together.
No, they don't.
The further away they are, the smaller they are.
When they are different you are likely looking at different vehicles with different lights, or you are percieving multiple lights as one.
There are plenty of videos available showing the sun does shrink as it recedes away. Mostly these are timelapses from dry areas, or in higher altitudes.
Which completely ignore glare and thus don't bother with a solar gilter to remove the glare. As such, their results are useless.
Just my opinion. Keep asking questions and good luck.
Here is one for you, got any comment on the modified picture of the brick wall I posted? The one showing what the sun would do? How it should remain quite high in the sky?