Problem #$2$

Nitrogen dioxide is released from an effective stack height of $25$ meters, where the wind speed is $3\frac{m}{s}.$ An inversion is present at $80$ meters. Determine each of the following for every stability class $($A$,$ B$,$ C$,$ D$,$ E$,$ and F$)$ in the lower mixing layer.

$Sz($This value will be the same for each stability class.

$xL(km)$

$2L(km)$

What NOx emission rate $(\frac{g}{s})$ is required to reach the $0\mathrm{.}205m\frac{g}{?}$ cubic meter NOx standard at a location of $2L?$

Which stability class had the shortest distance to reach fully mixed conditions? Why do you think that was?

What stability class had the lowest emission rate to reach the NOx standard?