Consider the solid consisting of the first octant portion of a sphere of radius 4, centered at the origin, and lying below the plane z=2. find the volume of this solid as a triple integral.

Question

ganeshie8 · Answer

try $$\dfrac{1}{8} \frac{4}{3}\pi 4^3 - \iiint 1. dV$$

anonymous · Answer

can we do this without volume formula, only with triple integral?

anonymous · Answer

@ikram002p

anonymous · Answer

could you also please express the whole integral with boundaries?

anonymous · Answer

latex is not showing up on my machien :O http://prntscr.com/52lsei

ikram002p · Answer

logout 
close ur browser  
login from other account xD

anonymous · Answer

you can only type boundaries and integrate, can you? @beccaboo022a

ikram002p · Answer

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anonymous · Answer

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