How can the volume of a square-crosssection prism that is curved with the following dimensions be calculated?
- inner $R$ radius
- with squared section area $a \cdot a = S$
- length is an arc of longitude $L$
How can the volume of a square-crosssection prism that is curved with the following dimensions be calculated?
HINT
You can calculate the area of the basis (the "curved band") and then multiplicate by the high.