10-03-2023, 11:56 AM
(09-03-2023, 03:52 PM)AntonioJuraz Wrote:oh well i was trying to add input on the usual way one would approach triple integrals in cartesian form.(09-03-2023, 10:44 AM)UNDERC0VA Wrote:(05-03-2023, 09:08 PM)AntonioJuraz Wrote: can you solve this?
∭E1dV
E ={(x,y,z)|0≤x≤1,0≤y≤1−x,0≤z≤1−x−y}.
i hated calc III.
it might be ok to use spherical or polar coords just to make the calculation less headache.
....
0≤x≤1
0≤y≤1−x
0≤z≤1−x−y
are you telling me you can't figure out what shape this is?
it amazes me how people can learn this stuff and pass the courses but then a few years later not even be able to tell what shape this makes...
@brocode can you figure out what shape this part makes?
0≤x≤1
0≤y≤1−x
cause if you can you are apparently as smart as someone who passed this before.
I can answer this question without doing math cause I can figure out what shape it is and its just the volume lol.
and nope, i dont have to know what shape it is. thats the beauty of actually learning the theory behind a topic. your not restricted to just knowing the most basic form of said topic. and yeah it makes a lot of sense that a person who can solve this is apparently just as smart as someone who passed the entirety of calc 3. ..... lmfao
