Message from @Citizen Z

Discord ID: 562014725962072152


2019-03-31 20:38:28 UTC  

Its an idea of how the earth would be frozen if it was flat and the sun traversed the tropic of cancer, equator and capricorn

2019-03-31 20:38:52 UTC  

Would never get close enough to the south or north

2019-03-31 20:39:02 UTC  

So those areas would likely be frozen

2019-03-31 20:39:48 UTC  

Seasons dont work on a globe

2019-03-31 20:40:26 UTC  

If the sun was 93 million miles away, temperatures wouldnt fluctuate to the extreme we experience

2019-03-31 20:41:00 UTC  

To put that into scale...

2019-03-31 20:41:46 UTC  

Scale and measurement of the suns light
https://youtu.be/99_A7GkTNOg

2019-03-31 20:42:30 UTC  

https://cdn.discordapp.com/attachments/538929818834698260/562013880449237012/Screenshot_20190331-134222_YouTube.jpg

2019-03-31 20:43:27 UTC  

You think a 1cm marble will heat up a dot from 149 cm away

2019-03-31 20:43:43 UTC  

Seasons work well on a globe with the angle of incidence behavior of radiation heat transfer

2019-03-31 20:43:44 UTC  

And give us seasons?

2019-03-31 20:43:46 UTC  

Lol

2019-03-31 20:44:09 UTC  

It's simple heat flux

2019-03-31 20:44:30 UTC  

Nice try. If the sun was 93 million miles away there would be no seasons.

2019-03-31 20:44:41 UTC  

Why not

2019-03-31 20:44:55 UTC  

We have the tilt of the earths axis to consider

2019-03-31 20:45:01 UTC  

https://cdn.discordapp.com/attachments/538929818834698260/562014512874782740/sun_shine.jpg

2019-03-31 20:45:27 UTC  

That top image shows the incidence only during teh summer solstice

2019-03-31 20:45:32 UTC  

Prove we are tilted.

2019-03-31 20:45:32 UTC  

find one at the winter solstice

2019-03-31 20:45:52 UTC  

The top image equator wouldnt work

2019-03-31 20:46:00 UTC  

Look at it

2019-03-31 20:46:00 UTC  

Wait one thing at a time

2019-03-31 20:46:09 UTC  

That's only at one point during the year

2019-03-31 20:46:12 UTC  

Yes one thing at a time.

2019-03-31 20:46:18 UTC  

find an equivalent image at the equinox

2019-03-31 20:46:21 UTC  

Prove we are tilted. @Blondie

2019-03-31 20:46:32 UTC  

We're not talking about that, we're talking about if the model makes sense

2019-03-31 20:46:40 UTC  

You equally can't prove the lower image

2019-03-31 20:46:41 UTC  

Prove we are flying and spinning at a tilt.

2019-03-31 20:46:57 UTC  

Well that's a diff conversation

2019-03-31 20:47:01 UTC  

I can prove the lower image

2019-03-31 20:47:03 UTC  

but right now the model makes sense with the seasons

2019-03-31 20:47:14 UTC  

Its emperical observation

2019-03-31 20:47:17 UTC  

You can't prove the lower image

2019-03-31 20:47:22 UTC  

I can say the same for the top one

2019-03-31 20:47:30 UTC  

Empiracal isn't proof

2019-03-31 20:47:32 UTC  

You dont observe that

2019-03-31 20:47:34 UTC  

That's assuming

2019-03-31 20:47:43 UTC  

You don't observe the lower one, show me a picture of that from up high

2019-03-31 20:48:08 UTC  

Oh ok I see how it is