Message from @Zerato

Discord ID: 578167986398167040


2019-05-15 10:28:51 UTC  

You obey your eyesight sense when it's lying to you, yet you disobey your sense of motion when it tells you that earth is stationary

2019-05-15 10:29:06 UTC  

Care to explain to me why the mountain is not concealed behind 5,000 meters of missing curvature?

2019-05-15 10:29:37 UTC  

@ElectroquasistaticMagnetoMan Do you feel motion in an aircraft moving at constant speed?

2019-05-15 10:30:12 UTC  

Ok course you don't because the aircraft flies straight and level and doesn't change direction to go over the "curvature" because there is none

2019-05-15 10:30:22 UTC  

@viherkasvi you won't be convincing me I love on a Spinning Ball dude, please don't try

2019-05-15 10:30:24 UTC  

https://cdn.discordapp.com/attachments/484514023698726912/578167290374389770/FlatEarthMil1.png

2019-05-15 10:30:29 UTC  

https://cdn.discordapp.com/attachments/484514023698726912/578167313476616204/FlatEarthMil2.png

2019-05-15 10:30:33 UTC  

https://cdn.discordapp.com/attachments/484514023698726912/578167332161978372/FlatEarthMil3.png

2019-05-15 10:30:35 UTC  

https://cdn.discordapp.com/attachments/484514023698726912/578167339128848406/FlatEarthMil4.png

2019-05-15 10:30:38 UTC  

https://cdn.discordapp.com/attachments/484514023698726912/578167352777244672/FlatEarthMil5.png

2019-05-15 10:30:51 UTC  

@ElectroquasistaticMagnetoMan Im not, just pointing out you say things that you don't believe yourself

2019-05-15 10:31:04 UTC  

NASA’s own documents…

page 2:

"In this paper, the rigid body equations of motion over a flat

non-rotating earth "

https://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/20070030307.pdf

2019-05-15 10:31:13 UTC  

page 9:

For aircraft problems, the state and measurement models together represent the kinematics of a rigid body for describing motion over a flat, nonrotating Earth

https://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/19880014378.pdf

2019-05-15 10:31:31 UTC  

page 11:

"The nonlinear equations of motion used in this model are general six-degree-of-freedom equations representing the flight dynamics of a rigid aircraft flying in a stationary atmosphere over a flat nonrotating earth"

https://www.nasa.gov/centers/dryden/pdf/88248main_H-1777.pdf

2019-05-15 10:31:38 UTC  

page:12

"aircraft flying in a stationary atmosphere over flat nonrotating earth"

https://www.nasa.gov/centers/dryden/pdf/88072main_H-1259.pdf

2019-05-15 10:31:41 UTC  

@viherkasvi so does everything in earth's atmosphere move relative with earth then?

2019-05-15 10:31:47 UTC  

Considerer earth is flat is good locally

2019-05-15 10:32:34 UTC  

@Zerato So you agree Earth is locally flat. Does that mean you are willing to help support local businesses and local people to fight back against the globalized megacorporations.

2019-05-15 10:32:55 UTC  

@ElectroquasistaticMagnetoMan Don't know if everything does, there is coriolis effect

2019-05-15 10:33:07 UTC  

Like the clouds and now apparently the moon is in earth's atmosphere, but not carried like everything else

2019-05-15 10:33:09 UTC  

it can be a good approximation to say earth is flat locally to make calcul more easier

2019-05-15 10:33:30 UTC  

Earth is locally flat but globally round yeah

2019-05-15 10:33:55 UTC  

@ElectroquasistaticMagnetoMan Atmosphere is so thin at moon that it has almost no effect

2019-05-15 10:33:57 UTC  

Nasa forgot to tell us

2019-05-15 10:34:00 UTC  

Oops

2019-05-15 10:34:04 UTC  

Easy done

2019-05-15 10:34:32 UTC  

@viherkasvi its all bs dude

2019-05-15 10:34:36 UTC  

@ElectroquasistaticMagnetoMan What do you think pulls things down if the earth is not a sphere?

2019-05-15 10:34:53 UTC  

Earth is a sphere, concave

2019-05-15 10:35:24 UTC  

And I believe it's more of a push force

2019-05-15 10:35:28 UTC  

From above

2019-05-15 10:35:29 UTC  

@ElectroquasistaticMagnetoMan So you can see every inch of the earth with a pair of powerful binoculars?

2019-05-15 10:35:35 UTC  

@Zerato We both agree on locally flat, now then, if the Earth is Globally spherical, and the standard globe model gives a value of R (which has never been measured by the way) of 6,371km we should be able to derive the curvature, shouldn't we?

2019-05-15 10:35:39 UTC  

Oh God

2019-05-15 10:35:43 UTC  

I gtg

2019-05-15 10:35:55 UTC  
2019-05-15 10:36:16 UTC  

@Human Sheeple see you later

2019-05-15 10:36:38 UTC  

@Human Sheeple Is there gravity?