Question

Any one know Calculus?

Answer 1

alil

Answer 2

Question plz!!!!!!

Answer 3

kind of, i can try to help

Answer 4

Find the volume of \[(x ^{2}+y ^{2}+z ^{2})^{2}\] with the center at the origin

Answer 5

Well what i know is that you can combine the paraboloid.

Answer 6

Use spherical coordinates

Answer 7

its also a tripple integral.. im thinking convert it to a spherical cordinate system with d(row) d(theta) d(Phi)

Answer 8

you are right

Answer 9

\[p^2 = x^2+y^2+z^2\]
\[x = p \sin \phi \cos \theta\]
\[y = p \sin \phi \sin \theta\]
\[z = pcos \phi\]

so that's all the info they gave you right?

Answer 10

radius makes me think of pi

Answer 11

using pi, you can plug in 5, and use the others to solve the problem

Answer 12

Can you just put the full question

Answer 13

@iambatman

Answer 14

that doesn't really make sense, `find the volume of that equation`

Answer 15

find the volume bounded by that curve and ...

Answer 16

Yeah, can you just take a pic of your question?

Answer 17

i am trying to solve it

Answer 18

find the volume of the interior of that three dimensional surface?

Answer 19

$$
\Large \iiint_V dx dy dz
$$

Answer 20

Oh well then your p is \[0 \le p \le 5~~~~0 \le \phi \le \pi~~~~ 0 \le \theta \le 2 \pi\] mhm yeah that looks good

Answer 21

better to change to spherical coordinates , as batman is doing. its much harder with rectangular coordinates. im just trying to set up the problem so its clear

Answer 22

Don't bother with rectangular

Answer 23

Remember we are treating p here as the radius that's why it's 0 to 5, if that makes sense to you