cm³

$804.25$ cm³

$V=16\pi r^2$

Do this, but first make a suitable table!

For instance: $h=\frac{\left(1000\right)}{\left(\pi r^2\right)}$

Not a formula.

This is a formula.

This is a formula.

Not a formula.

€ 32

The graph is a curved line through $(200;0.20)$, $(400;0.20)$, approximately $(600;0.17)$ and $(800;0.16)$

$800$

$I\cdot R=200$ with $I$ in A and $R$ in Ω

Do it, but make a table first.

approximately $13.3$ V