Sunsets

How does sunsets work on flat Earth?

How does sunsets work on flat Earth?

The Sun moves off to the West leaving darkness until it arrives back from the East.

Quote from: Dybak on June 10, 2018, 12:33:29 PM

How does sunsets work on flat Earth?

The Sun moves off to the West leaving darkness until it arrives back from the East.

But why sun is hiding under the sea? This is not explaining that.

Quote from: Dybak on June 10, 2018, 12:33:29 PM

How does sunsets work on flat Earth?

The Sun moves off to the West leaving darkness until it arrives back from the East.

Enlighten us why it doesn’t change in size and speed AT ALL?

Quote from: Bullwinkle on June 10, 2018, 12:40:32 PM

Quote from: Dybak on June 10, 2018, 12:33:29 PM

How does sunsets work on flat Earth?

The Sun moves off to the West leaving darkness until it arrives back from the East.

But why sun is hiding under the sea? This is not explaining that.

Well, here is a short video showing how one flat-earther explains it:Especially from 0:51 secs.

Rabinoz, are you telling us that, no matter where I am on earth, I am below the horizon? That is what your tabletop demonstration shows: if I am below the level of the tabletop, sliding a coin or flashlight towards the back edge of the table will make it disappear.

With a flat earth, where we're all at the same level of the tabletop, this is impossible. Please explain the logic of this.

Rabinoz, are you telling us that, no matter where I am on earth, I am below the horizon? That is what your tabletop demonstration shows: if I am below the level of the tabletop, sliding a coin or flashlight towards the back edge of the table will make it disappear.

With a flat earth, where we're all at the same level of the tabletop, this is impossible. Please explain the logic of this.

Just because the term is "FLat earth" doesn't remove the terra formations that exist in the world ( hills, valleys, mountains, plains, flats,etc.) There is numerous levels of elevation on this earth and numerous others terra formations that effect our observations. Both round and FER's are doing the same things. They cherry pick information and don't provide any evidence that has been solidified. The fact remains there are too many exclusions to the so called curvature to say the earth is a ball when the so called oblate spheroid is a new term and yet we don't see anything but a ball. The live satellites are interesting to watch especially with the fake curvature you get from them. If you are searching for how the sunset works on a flat earth, think of some experiments that you can do to replicate the sunset. DO some actual science. This goes for both sides. 

How does sunsets work on flat Earth?

They can't possibly work on a flat earth. No model of the sun works on a flat earth.
 If the earth were flat:

The sun would seem to move faster as it got closer

The sun would seem to get bigger as it got closer.

I could not go to the top of a tall building and see the sun set again

High clouds could not still be lit from underneath after sunset

At the end of December, at about 8am Sydney (Australia) time, the entire continents of Australia, South America, most of North America, and the entire Pacific Ocean are under sunlight. At the same time Europe, Asia, and Africa are in darkness. I have never seen a flat earth model of a sun that can explain this.

Rabinoz, are you telling us that, no matter where I am on earth, I am below the horizon? That is what your tabletop demonstration shows: if I am below the level of the tabletop, sliding a coin or flashlight towards the back edge of the table will make it disappear.

With a flat earth, where we're all at the same level of the tabletop, this is impossible. Please explain the logic of this.

The horizon always rises to eye level.

It's the same on a round Earth.

Quote from: denier on July 20, 2018, 03:16:05 AM

Rabinoz, are you telling us that, no matter where I am on earth, I am below the horizon? That is what your tabletop demonstration shows: if I am below the level of the tabletop, sliding a coin or flashlight towards the back edge of the table will make it disappear.

With a flat earth, where we're all at the same level of the tabletop, this is impossible. Please explain the logic of this.

The horizon always rises to eye level.

It's the same on a round Earth.

Only on a flat Earth would the horizon always rise to eye level.  On a round Earth, the horizon slowly drops below eye level the higher you go above the surface.

Flat Earth Q&A is for asking Flat Earth Questions and providing Flat Earth Answers.

Only on a flat Earth would the horizon always rise to eye level.

Only on an infinite flat earth would the horizon always rise to eye level.

Only on an infinite flat earth with all regions illuminated by the sun that comprise the visible horizon, would the visible horizon rise to eye level.