Example $1$: Calculate the dimensions of the reactor

Convert the volume to SI units.

The volume of the reactor in $SI$ units is $100m^3$

$($This is a very important step $-$ Always use SI units!!!!$)$

Use the equation describing the volume of a cylinder

Since $H_t=2D_t$

Our equation becomes

Example $1$: Calculate the dimensions of the reactor

Substituting in our value of $V_t,$ we get $D_t,H_t,D_a,D_b$

$D_t=$

$H_t=2D_t=$

$D_a=\frac{D_t}{3}=$

$D_b=\frac{D_t}{10}=$