sonic boom with protons by micaluky
No Description provided.
doppler
supersonic
sonicboom
soundbarrier
everyoneshutup
press6or0
3press
press2please
mach
cherenkov
Comments
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vampra6149 26th Oct 2014
I like learning this stuff, but could you re explain the Lorenz thing and dumb it down for me? i didnt really get the equation parts -
bimmo_devices 26th Oct 2014
@minecraft-physics: I doubt that (good) mathematicians straight out multiply zero by infinity. Do you mean to take another limit here? -
MEOWS 26th Oct 2014
sound that travels faster than sound... -
micaluky 25th Oct 2014
@destroyer127 the sonic boom it's the union of those bangs -
JusticeFighter 25th Oct 2014
@destroyer127: I see only one boom, but a lot of bangs and protons -
Death_Silence_66 25th Oct 2014
quite the tome there @minecraft-phusics -
Destroyer127 25th Oct 2014
more like boom boom boom boom boom boom boom boom boom boom boom boom, and boom boom boom boom bomm, too much boom... boom boom boom, hydrogen oxide boom boom, can I even count how many sonic booms I see? prob not -
sentinal-5 25th Oct 2014
okay, thank you. the one and only person who hasn't been a patronising bastard. i genuinely gained something from your essay XD hopefully that wall of text will convince everyone else to shut up about it because someone could finally be bothered to type it all out. if i could upvote comments, i would. -
minecraft-physics 25th Oct 2014
And Sentinal-5, E=mc^2 is a lot more complicated than it looks- it implies a mass-energy equivalence. It's used to explain a lot of strange, strange phenomena, such as the fact that a helium nucleus has less rest mass than its component fundamental particles added together. It also (somewhat) explains why electrons (matter) can behave as a wave in some situations, while light (usually a wave) can behave as a particle in other situations. -
minecraft-physics 25th Oct 2014This is what light can have mass and momentum despite having zero rest mass.