Message from @jam
Discord ID: 679092832656687134
Green my fam
How you doing
epic 😎 how can northern Australia observe the sun directly overhead every day when the sun is supposedly moving between tropics?
So you checked time and date?
Exactly
No you didn't
or you wouldn't be talking trash
No we’re just saying suppose you were to put aside going around the earth instead of the earth going around the sun it just wouldn’t make sense
appeals to common sense are a logical fallacy
There is fallacy in your proposition
What was my proposition again?
Didn’t mean to say proposition I meant to say proposal
Then again I just might be drunk
We had eggnog from two weeks ago spiked eggnog
lol
GL!
Lol
So show me the data to support this
" northern Australia observe the sun directly overhead every day"
The equinox is when the sun is visible directly above the equator, is it not?
It’s not defined by day/night hours
Your conclusion, “there is no equinox”
It's not a conclusion. It's a fact
That’s just not true though, equal night and day is not observed for the reasons i’ve outlined.
No one has EVER observed 12 and 12
In fact , it's worse than that
The model predicts the shortest day of the year on the equator is the equinox. It is claimed by the globe model that REFRACTION is the reason that there is no equal day/night.
But guess what? The shortest day , closest to equal day and night , on the equator IS NOT ON THE EQUINOX
It's a month after the so-called spring equinox
and a month before the autumn one
Here's all the data from TimeandDate
There is the problem that the globe predicts the Sun rises 90 degrees from true north , everywhere on earth, at the equinox,
Thats not true either
Like I said. the equinox does not really exists ON EARTH
it exists in the sky when the Sun crosses the First Point of Aries
and that's it
You’re right, true equal night and day is not a thing. That is not to say that the sun is not visible directly overhead on the day of the equinox, my question is how does that work on a flat earth?
Directly overhead where?

