Studying trigonometry

[AntonioJuraz]

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.

[brocode]

@brocode can you figure out what shape this part makes?

0≤x≤1
0≤y≤1−x

yeah

this is fairly easy

[AntonioJuraz]

@brocode can you figure out what shape this part makes?

0≤x≤1
0≤y≤1−x

yeah

this is fairly easy

why not just say it's a triangle instead of saying it's easy?

can you guys really not visualize this in your heads?

[10khitman]

@brocode can you figure out what shape this part makes?

0≤x≤1
0≤y≤1−x

yeah

this is fairly easy

why not just say it's a triangle instead of saying it's easy?

can you guys really not visualize this in your heads?

He probably didn't want to give the answer so others can test themselves

[AntonioJuraz]

@brocode can you figure out what shape this part makes?

0≤x≤1
0≤y≤1−x

yeah

this is fairly easy

why not just say it's a triangle instead of saying it's easy?

can you guys really not visualize this in your heads?

He probably didn't want to give the answer so others can test themselves

guess but it's so simple to draw / think of.

[brocode]

@brocode can you figure out what shape this part makes?

0≤x≤1
0≤y≤1−x

yeah

this is fairly easy

why not just say it's a triangle instead of saying it's easy?

can you guys really not visualize this in your heads?

I thought u didn’t want me to reveal the answer

[AntonioJuraz]

@brocode can you figure out what shape this part makes?

0≤x≤1
0≤y≤1−x

yeah

this is fairly easy

why not just say it's a triangle instead of saying it's easy?

can you guys really not visualize this in your heads?

I thought u didn’t want me to reveal the answer

i was only posting for you.

the answer is very simple, it's a question you can do without calculus. on one of my final class exams for one of the university math courses i took a very similar question to this was on it and you were allowed to answer it just by drawing out the shape and doing a basic volume calculation instead of actually doing calculus on it lol

[brocode]

yeah

this is fairly easy

why not just say it's a triangle instead of saying it's easy?

can you guys really not visualize this in your heads?

I thought u didn’t want me to reveal the answer

i was only posting for you.

the answer is very simple, it's a question you can do without calculus. on one of my final class exams for one of the university math courses i took a very similar question to this was on it and you were allowed to answer it just by drawing out the shape and doing a basic volume calculation instead of actually doing calculus on it lol

Yeah this does not need calculus

Just plot the points for x and y and u will get a triangle

A right triangle with a 90 degree angle at origin

[AntonioJuraz]

why not just say it's a triangle instead of saying it's easy?

can you guys really not visualize this in your heads?

I thought u didn’t want me to reveal the answer

i was only posting for you.

the answer is very simple, it's a question you can do without calculus. on one of my final class exams for one of the university math courses i took a very similar question to this was on it and you were allowed to answer it just by drawing out the shape and doing a basic volume calculation instead of actually doing calculus on it lol

Yeah this does not need calculus

Just plot the points for x and y and u will get a triangle

A right triangle with a 90 degree angle at origin

well also plot the z component 0≤z≤1−x−y and then know by heart the formula for volume of that shape.

[brocode]

I thought u didn’t want me to reveal the answer

i was only posting for you.

the answer is very simple, it's a question you can do without calculus. on one of my final class exams for one of the university math courses i took a very similar question to this was on it and you were allowed to answer it just by drawing out the shape and doing a basic volume calculation instead of actually doing calculus on it lol

Yeah this does not need calculus

Just plot the points for x and y and u will get a triangle

A right triangle with a 90 degree angle at origin

well also plot the z component 0≤z≤1−x−y and then know by heart the formula for volume of that shape.

Ye

[UNDERC0VA]

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.

oh well i was trying to add input on the usual way one would approach triple integrals in cartesian form. 

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

[AntonioJuraz]

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.

oh well i was trying to add input on the usual way one would approach triple integrals in cartesian form. 

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

step 1 of doing any math problem: if you can draw it, draw it.

meanwhile here you are saying lets use circles and spheres to solve triangles cause you skipped step 1 

[Mustang]

Psl is a board of faggot retards that can't do math meanwhile I solved the reimann hypothesis

[10khitman]

I solved the reimann hypothesis

Sounds like ur sitting on a fortune there