Here is P-brane explaining how the sun goes up and down in only 1 minute and 39 seconds. As the sun moves further away from the camera, it moves lower in the horizon. This is due to how perspective works.
THE SUN RISES AND SETS BECAUSE IT GETS CLOSER AND FARTHER PERSPECTIVE
Once the sun gets far enough away from us, you will watch it at a low enough angel, that it will appear behind the horizon, and no longer be viewable with the naked eye. If you have an optical high zoom device, you can make the horizon appear further away from you and bringing the sun back unto view, for a time being.
That potato vision video shows Alaska during Peak SUMMER (maximum tilt toward the SUN, the same thing happens in Antartica during PEAK SUMMER in the southern hemisphere which is OUR winter) any globe model explains that for even the most retarded.
I will ask the same question to you. Stop this video at 56 seconds .. Where is the other half of the SUN that appears to be below the horizon , but if the Earth is flat , NO curvature .. So what Are we looking at 56 seconds? Where is the lower half of the SUN @ 56 seconds ??
Yes Antartica does have 24 hr sunlight during their SUMMER .. You're repeating a desperate talking point from that one guy that has a FlatEarth App.. And of course he would site a place that hardly any humans are when there are not enough humans down there to begin with except science teams (even though there are videos of 24 hr Antartica SUN that that guy with the APP says is BS (He makes money off Flat Earth). . But there are lots of people in Alaska where you can;t make up a lie like that and expect people to believe it.
At about 3 miles the horizon should form from us, all things being equal. Once the sun gets far enough away from us, and you view it at say a 0.1° angel, the sun will appear behind our horizon.
But the SUN does not start out as small and grow in size, the SUN starts out as the same size it is when it is fully risen above the horizon.. Sun not fading into view, Sun not growing into view .. Sun appears to be rising into VIEW.. Does not grow in size nor does it fade in.. SUN RISES INTO VIEW over what appears to be a CURVED surface
What you have to remember is that the sun is about 3000-4000 miles above us. If you was watching a sun that was at ground level, alongside you, then it should shrink and grow as it moves towards you, or away from you. But since it is so far away from us, it has already shrunk in size, and we will hardly notice much of the size change as the sun moves toward the horizon.
Eh,,, the real issue is why can I go east or west from Rome, and end up in Toronto? No flat earther touches this question in any meaningful way. They just point to other map projections, without explaining why the trajectories on those projections make sense.
You can especially if you're a wet suit coated with vaseline ..and going east or west real fast , hit the dome and with some luck the energy from the smack against the dome will carry you along the dome to the otherside of the planet and dump you off Toronto..
Sure can. From Rome to Toronto there is about 4400 miles, as the crow flies. At least we are able to draw straight lines on our map. Ask these globeheads to draw a line from Rome to Toronto on a map, and they going to need to add a curve.
Here is P-brane explaining how the sun goes up and down in only 1 minute and 39 seconds. As the sun moves further away from the camera, it moves lower in the horizon. This is due to how perspective works.
THE SUN RISES AND SETS BECAUSE IT GETS CLOSER AND FARTHER PERSPECTIVE
https://youtu.be/82xFUBwvAZk
Once the sun gets far enough away from us, you will watch it at a low enough angel, that it will appear behind the horizon, and no longer be viewable with the naked eye. If you have an optical high zoom device, you can make the horizon appear further away from you and bringing the sun back unto view, for a time being.
That potato vision video shows Alaska during Peak SUMMER (maximum tilt toward the SUN, the same thing happens in Antartica during PEAK SUMMER in the southern hemisphere which is OUR winter) any globe model explains that for even the most retarded.
I will ask the same question to you. Stop this video at 56 seconds .. Where is the other half of the SUN that appears to be below the horizon , but if the Earth is flat , NO curvature .. So what Are we looking at 56 seconds? Where is the lower half of the SUN @ 56 seconds ??
Yes Antartica does have 24 hr sunlight during their SUMMER .. You're repeating a desperate talking point from that one guy that has a FlatEarth App.. And of course he would site a place that hardly any humans are when there are not enough humans down there to begin with except science teams (even though there are videos of 24 hr Antartica SUN that that guy with the APP says is BS (He makes money off Flat Earth). . But there are lots of people in Alaska where you can;t make up a lie like that and expect people to believe it.
Here is p-brane showing you an orthographic demonstration how the horizon rises to eye level.
HORIZON RISES TO EYE LEVEL ORTHOGRAPHIC VIEW
https://youtu.be/a6mRviXLM-A
At about 3 miles the horizon should form from us, all things being equal. Once the sun gets far enough away from us, and you view it at say a 0.1° angel, the sun will appear behind our horizon.
But the SUN does not start out as small and grow in size, the SUN starts out as the same size it is when it is fully risen above the horizon.. Sun not fading into view, Sun not growing into view .. Sun appears to be rising into VIEW.. Does not grow in size nor does it fade in.. SUN RISES INTO VIEW over what appears to be a CURVED surface
Turns out p-brane has answered and explained the exact concern you bring up.
WHY THE SUN DOESN'T SHRINK TO A DOT on the FLAT EARTH CELESTIAL PERSPECTIVE EXPERIMENT SHOWS why
https://youtu.be/Vq5ixQytLXE
What you have to remember is that the sun is about 3000-4000 miles above us. If you was watching a sun that was at ground level, alongside you, then it should shrink and grow as it moves towards you, or away from you. But since it is so far away from us, it has already shrunk in size, and we will hardly notice much of the size change as the sun moves toward the horizon.
Eh,,, the real issue is why can I go east or west from Rome, and end up in Toronto? No flat earther touches this question in any meaningful way. They just point to other map projections, without explaining why the trajectories on those projections make sense.
Dead in the water.
You can especially if you're a wet suit coated with vaseline ..and going east or west real fast , hit the dome and with some luck the energy from the smack against the dome will carry you along the dome to the otherside of the planet and dump you off Toronto..
You can though.
Sure can. From Rome to Toronto there is about 4400 miles, as the crow flies. At least we are able to draw straight lines on our map. Ask these globeheads to draw a line from Rome to Toronto on a map, and they going to need to add a curve.