[Solution Library] Calculate the exact value of the flux ∫_S F • d S of the vector field F=y i+z j+\boldsymbolx k across the surface S in the case
Question: Calculate the exact value of the flux
\[\iint_{S} F \cdot d S\]of the vector field
\[\mathbf{F}=y \mathbf{i}+z \mathbf{j}+\boldsymbol{x} \mathbf{k}\]across the surface \(S\) in the case where \(S\) is
(b) the surface \(\boldsymbol{r}=u \cos (v) \mathrm{i}+u \sin (v) \mathrm{j}+v \mathrm{k}, \quad 0 \leq u \leq 1,0 \leq v \leq \frac{1}{2} \pi\)
(which is a helicoid, sketched below), thus confirming that the correct answers are a small positive integer and an irrational number between \(\frac{1}{21} \pi\) and \(\frac{1}{20} \pi\). In each case, assume that \(S\) is oriented positively upwards.
Deliverable: Word Document 