
Proofs of the Volume of a Sphere. - Mathematics Stack Exchange
Sep 2, 2020 · 2 I was asked to explain why the volume of a sphere is $\frac {4} {3}\pi r^3$ to a student that does not have the knowledge of calculus. In doing so I thought of an argument and I cannot …
Why is the volume of a sphere $\frac {4} {3}\pi r^3$?
May 20, 2022 · Now if I have a sphere of radius r, and I increase the radius by a tiny amount, dr, then the new, expanded sphere has a volume that is bigger, by the volume of the thin spherical shell that …
Proof of Volume of sphere - Mathematics Stack Exchange
May 11, 2013 · I want a simple proof for the formula of volume of sphere. Does the proof/explanation without integration possible?
geometry - Surface area to volume ratios equivalent for sphere and …
Dec 6, 2024 · The sphere has the minimum surface to volume ratio for solids of a given fixed volume. In your calculation the volumes of the cube and the sphere with the particular surface to volume ratio …
Rate of Change of Volume in a Sphere - Mathematics Stack Exchange
Dec 8, 2015 · Rate of Change of Volume in a Sphere Ask Question Asked 10 years ago Modified 6 years, 7 months ago
The volume of sphere using integrals - Mathematics Stack Exchange
Aug 11, 2017 · The volume of sphere using integrals Ask Question Asked 8 years, 4 months ago Modified 1 year, 9 months ago
What is the maximum volume of a cylinder that can fit in a sphere of a ...
You can see that not all such cylinders have equal volume, just by considering the extreme case of when two of the points are very close together. You get either a long thin rod, or a big flat pancake, …
differential geometry - Volume form on $ (n-1)$-sphere $S^ {n-1 ...
May 16, 2015 · How proof that $\omega$ is the volume form? The first thing that comes to mind is show that $\int_ {S^ {n-1}}\omega=Vol (S^ {n-1})$ but I have serious problems with the definition, I think …
Volume of n dimensional ball - Mathematics Stack Exchange
Mar 14, 2014 · 4 Search: "Finding Volume and Surface Area of Hyperspheres in $ {\Bbb R}^n$" (Mario Sracic) "The volume of a n-dimensional hypersphere" (A. E. Lawrence) "The volume of a n …
integration - Volume of a sphere using cartesian coordinates ...
Jun 8, 2019 · A sphere is a 3-dimensional object. The 2-dimensional analogue of a sphere is a circle.