Quote from: notbatman on April 28, 2019, 04:58:25 PM

Quote from: Darooghe on April 28, 2019, 07:17:08 AM

...
A close and small object (like sun) at 3000 miles altitude can not explain equinoxes.
Research it!

OK I researched it:

The apparent position of the Sun during the equinoxes (caused by atmospheric lensing combined with the perspective of an observer at sea level) is consistent with an approximate distance of 3,000 miles as measured directly by a sextant.

The crazy life and crazier death of Tycho Brahe,
history's strangest astronomer

"He lived in a castle, where he kept a rather unusual group of regular entertainers. He employed a little person called Jepp, who Brahe believed possessed psychic powers. Jepp was his court jester, and spent most dinners under the table. It's probably best not to speculate on just why Brahe preferred that arrangement. Then there was Brahe's elk, a tame beast that Brahe kept as a prized pet. The elk met a rather bizarre end, reportedly drinking a lot of beer while visiting a nobleman on Brahe's behalf, after which it fell down the stairs and died. Yes, that entire sentence was about an elk."
^{Source: https://io9.gizmodo.com/the-crazy-life-and-crazier-death-of-tycho-brahe-histor-5696469}

CLOWN WORLD CONFIRMED!
CLOWN WORLD CONFIRMED!
CLOWN WORLD CONFIRMED!

To learn more about please see the following YouTube video:
THE GENIUSES THAT MEASURED THE SUN'S DISTANCE -- https://youtu.be/j2ClsgdFCB8

''
The apparent position of the Sun during the equinoxes (caused by atmospheric lensing combined with the perspective of an observer at sea level) is consistent with an approximate distance of 3,000 miles as measured directly by a sextant.''

How do you know though? You have never done it yourself, why do you trust it to be accurate?