A compass needle points to magnetic NORTH. There is no south magnetic pole
yes ergo what i just said makes perfect sense
u agree?
https://i.postimg.cc/T2j8krC1/Screenshot-20190119-194549.jpg https://i.postimg.cc/fWmqzD9r/Screenshot-20190119-194444.jpg https://i.postimg.cc/15SC4205/Screenshot-20190119-194504.jpg
so just go where ge claims the magnetic south pole is and u can know 100% for sure
Look at this flight path. Compare it to a globe
just write yes plz
There is only a north magnetic pole
i seen this argument with flight paths before and it argues for ge
uhm ron did you even read what i wrote
u seem to talk past me
Your question is awkward
what question exactly?
but you cant really go to where ge says megnetic south is
i just wanted you to confirm my proposed test
your claim
for 50k$ you can travel to southpole at least
Hey guys ... how about the sun , is the sun flat too ?
u can even test it by measuring traveld distance by going around southpole
but you cant explore freely
u know what i mean rigth?
Nobody goes to the south pole because it doesn't exist. It's an imaginary point in the snow that they claim is the south pole
it is such a stupid idea if you think about it, restricting an enormous piece of land from the people
ron plz just repeat with ur words what i proposed
@IXI i just proposed a test to show what they claim is flase did you understand what i mean?
by sailing around southpole
why are you so concerned about the sun's shape ? @Luncean
im just asking you
sure im all for different tests
What do you think about the sun's shape
could you explain to me how my test is supposed to show it @IXI
https://i.postimg.cc/dt6Q3F0s/gifanime-2018-01-21-18-12-37.gif
i just wanna see if u understand
well if it was flat then it would point to the same direction
no
if it was round it would move
nope
it could point in different directions if you move around the south pole
that wouldnt work it would still point same in both
well thats what i got
the sun and the moon are 2 dimensional circular in shape , in accordance with our observations @Luncean
