braingrunt wrote: ↑September 26th, 2019, 8:47 amThat's incorrect. On the video I watched, the horizon dropped--if you place a reference line on the horizon at the beginning you'll see the horizon go lower than that at the drone rises. Now of course nearby objects drop MORE than the horizon but thats how perspective works.Allison wrote: ↑September 23rd, 2019, 5:14 pmnvr wrote: ↑September 23rd, 2019, 4:13 pmbraingrunt wrote:
Consider adding to your question: what makes the sunlight visible further from higher elevation. You can see drones capturing two or more sunsets by recording one, then racing upwards to see another, repeated until the drone reaches it's maximum height.I don't think it's anybody's intention to gang up on a person for their beliefs. If attacking a scientific concept, you have to be ready to defend your hypothesis - no hard feelings are intended. Often, if you're hearing the same thing from many sources, with evidence supplied and invitations to experiment and learn for yourself, it's a good sign that what the people are saying is true.
That's a great drone video, by the way. But you do know that would work on a flat earth too, right? Because elevation increases perspective, or distance of visibility, right. But did you notice how the horizon rose with the rise in elevation?
The other thing is also incorrect. It would not work on a flat earth. Rising in elevation could be argued to "increase your perspective" OF THE GROUND below you (although it would not actually increase the size of anything in view, it would just increase separation of foreground and background)--but unless there are mountains you can see in the way, it could not be said to "increase your perspective" of the sky above you where the sun resides.
I don't know what you're talking about. If you take issue with my words, go ahead, but I think we have all experienced seeing greater distances (of ground) from higher elevations than we can see from the ground. That's not having a greater perspective? Fine.
