Send CathInfo's owner Matthew a gift from his Amazon wish list:
https://www.amazon.com/hz/wishlist/ls/25M2B8RERL1UO

« previous next »
Pages: 1 ... 15 16 [17] 18 19 ... 22

Author Topic: How Sunrise and Sunset Work on Flat Earth  (Read 23207 times)

0 Members and 1 Guest are viewing this topic.

Offline Marulus Fidelis

Re: How Sunrise and Sunset Work on Flat Earth
« Reply #80 on: July 18, 2023, 02:24:58 AM »
What you've been calling "boiling" stars is just how a light in water looks. Just like the Bible describes. What a coincidence.

I saw a better video but this will do:
Logged

Offline hansel

Re: How Sunrise and Sunset Work on Flat Earth
« Reply #81 on: July 18, 2023, 05:04:26 AM »
Quote from: Tradman on July 17, 2023, 09:16:37 PM

My camera was not misused.  I'm not retarded, I do know how to use it.  While taking photos and video you're saying everyone's cameras magically picked up the same things that anyone who isn't NASA got? Sorry, at some point you have to question the narrative and not the whistle blowers.  You'd have to prove we all misused our cameras to come up with such an insupportable conclusion, but that would be remiss because there are dozens and dozens of verifiable proofs that NASA is not just misusing, but actually abusing the ability of their instruments to falsify findings, systematically hiding the truth of God's creation with go-pro trickery, cgi, renderings, fake moon landings and green screens to paint false pictures of our world.  Yes, we can prove it.   

There are lots of ways to "misuse" a camera that fall outside knowledge of its user manual. You could know all the functions and controls, but if you use it for an application it was not designed for, it will give you incorrect results. And yes, that could be done consistently, especially if features like autofocus are left on for the cameras.

A question- you mentioned earlier that you saw a fraction of the "boiling" of the stars  in your friend's 10" telescope than in your much smaller camera. Once again this is odd, as if the stars really were those irregular boiling shapes, you would actually expect the opposite (more in the big telescope, less in the little camera lens)  Why do you think that was the case?
Logged

Offline Tradman

  • Supporter
Re: How Sunrise and Sunset Work on Flat Earth
« Reply #82 on: July 18, 2023, 07:44:24 AM »
Quote from: hansel on July 18, 2023, 05:04:26 AM
There are lots of ways to "misuse" a camera that fall outside knowledge of its user manual. You could know all the functions and controls, but if you use it for an application it was not designed for, it will give you incorrect results. And yes, that could be done consistently, especially if features like autofocus are left on for the cameras.

A question- you mentioned earlier that you saw a fraction of the "boiling" of the stars  in your friend's 10" telescope than in your much smaller camera. Once again this is odd, as if the stars really were those irregular boiling shapes, you would actually expect the opposite (more in the big telescope, less in the little camera lens)  Why do you think that was the case?

There is no doubt my camera worked beautifully for the job it did, it's an incredible piece of equipment. However, to get the camera steady with the zoom fully extended takes diligence and practice.  The camera is a lot smaller than the telescope which was firmly planted and capable of showing a wider swathe of sky with more stars. Keeping the camera on one star for very long is difficult because the lens is so much smaller and the stars move pretty fast, in seconds actually.  The camera constantly needed to be adjusted because when viewing a single star, being closer up and more detailed, they move along pretty quickly and it would move out of view. There is equipment for following stars for longer periods of time, but I don't have it. The telescope also functions differently internally, it's type and size of mirrors, the way it processes light, etc. and while it had a wider field of view, and believe me, the results were amazing, the closeups were not as detailed. The telescope was nice because we weren't forced to continually reset it in order to chase a star, but the detail with the camera capturing individual stars so obviously clearer and better, it was a treat. They each had their own pluses and minuses.  Neither one was purposely or mistakenly misused. Having gotten the same results as so many others have obtained with their P900, and having done it many times, I'm confident in the results.  I've seen the videos that claim the stars are out of focus unless you set the camera a certain way, but I've tried what they recommend along with other settings, and it's just not true.       
Logged

Offline Cera

Re: How Sunrise and Sunset Work on Flat Earth
« Reply #83 on: July 18, 2023, 05:38:47 PM »
Instead of getting bogged down in the details, step back and look at the big picture. Look into the occult/ Fremmasonic roots of NASA.
Look into the faked Big Blue Marble.
Look into the astronauts who were murdered.
Look into Stanley Kubrik.
Logged

Offline MiserereMei

  • Supporter
Re: How Sunrise and Sunset Work on Flat Earth
« Reply #84 on: July 20, 2023, 03:39:55 PM »
Quote from: Cera on July 14, 2023, 06:08:31 PM

There are several things that this model of flat earth does not address and that anyone that has had the opportunity of living at different latitudes has experienced. One of them is the path the sun follows at sunrise, noon and sunset on a given day. For people who live along the equator (e.g., in Quito) the sun follows a vertical path, up from sunrise to noon and down to sunset, and they always get 12 hrs. of daylight (+/- few minutes) every day of the year regardless of the season. North of the equator, during spring and summer, if you stand outside your house facing exactly to the East, the sun appears to rise from your left side, at noon it will be slightly on your right side and back to your left at sunset (not a vertical but inclined path). The farther north you go, the sun rises more to your left and experience longer daylight time (e.g., Houston vs Anchorage). However, regions north of the Tropic of Cancer never experience the sun at their zenith (vertically on top of your head). In cities north of Anchorage, like Fairbanks, on June 21st the sun follows a path that circles the horizon.
At the Equinoxes, anyone in the world experiences the sun rising exactly at the East and setting at the West, but only cities along the Equator experience the sun at their zenith. Autumm and winter, again, north of the Equator, the sun always rises on your right side if you face exactly to the East. The northern you go, the more to the right side.
If you have never experienced this, it will take some time to digest. This phenomenon can only be explained if the surface of the earth is curved at least from a North-Southwise direction. The sketches I attached can give you a better idea. You can compare observations between cities in the US like Seattle, Chicago or New York vs LA, Houston or Miami if you have family or friends. Very few people in past centuries had the chance to travel as much as we can these days and experience these phenomeonos themselves.
Logged
Pages: 1 ... 15 16 [17] 18 19 ... 22
« previous next »