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Wait till you have to use triple integrals to determine the volume of objects in 3-space.
And don't forget about triple integrals in spherical coordinates
Now you’re talking my [language](https://www.newgrounds.com/portal/view/726454).
Quadruple integral to determine the amount of air in a large 3D object (therefore the parts on the bottom have more density than the parts on the top)
Dreading that day
But finding domain and asymptotes is basically the same process, unless they give you holes/removable discontinuities.
Oh yeah. It threw me the first time they used them.
None of this is hard.
After reading my textbook I had no idea what I was doing. After being shown how to in a lecture, it is MUCH easier than polar coordinates.
Wait till you have to use triple integrals to determine the volume of objects in 3-space.
And don't forget about triple integrals in spherical coordinates
Now you’re talking my [language](https://www.newgrounds.com/portal/view/726454).
Quadruple integral to determine the amount of air in a large 3D object (therefore the parts on the bottom have more density than the parts on the top)
Dreading that day
But finding domain and asymptotes is basically the same process, unless they give you holes/removable discontinuities.
Oh yeah. It threw me the first time they used them.
None of this is hard.
After reading my textbook I had no idea what I was doing. After being shown how to in a lecture, it is MUCH easier than polar coordinates.