whats goin on here?

tell me anything that you learned, you said you know a lot

people trying to debate

or you can retract your statement

why do space missions usually launch heading east?

lmao as always

(not always, but more times than not)

Well I guess we can talk about orbital mechanics then since that is what I am recently learning

supposedly it saves a little bit more fuel heading east than west

lmfao this kid knows nothing, don't make that statement kay?

Can we start with Kepler's Law?

-Tries to flex with '' i know rocket science''
-Gets asked '' what do you know? ''
-Suddenly switches subject to van allen belt

So essentially we are talking about a centered inertial earth frame of XYZ and a non centered inertial frame of X’Y’Z’ which have a topocentric horizon frame of xyz attached to any point on the Earths surface.

Point O which is any point of the surface of the earth coincides instantaneously with the origin which is known as a topocentric horizon coordinate system xyz

oh boy, no no. I deal enough with spherical coordinate transformations at work on a daily basis

Oh is it bad?

virgin spherical coordinates vs chad parabolic coordinates

not really

I eat, drink, and poop spherical coordinate rotations/transformations

not much of a life ijs

Lmao, I am in the working of being an engineering student so I guess it is kinda important to know about inertial reference frames of the earth

But

@Skeptic Ayy where’d you go

Wanna know more about orbits in three dimensions

on my job, I make a system that depends on rotating a point cloud of millions of points in spherical coordinates

you were too boring, talked too much about something you didn't know. don't say you know rocket science if you can't even reinforce it when you're asked

Lmao

u couldnt even explain all of rocket science to me in a 240 character tweet

smh

smh he could've said anything

I didn’t know I was boring 😭

dunning kruger fraud, how ironic he called me that 😂

how do you get a robot to "understand" its environment so that it can navigate near a curved surface without collisions, while keeping track of the surface in any orientation?

that's the kind of problem I deal with on a daily basis

I literally explained introductory geocentric right ascension and declination frames @Skeptic Ayy

NPC

NPC that's not rocket science

You have dunning Kruger because you have no scientific backing for your claims except “I saw it on YouTube!”

Omfg

Rocket science needs orbital mechanics genius

Getting back to parroting NPC