Count to 20 before a mod posts!

[PhoenixxFire]

OG, my mathematical ability is lacking so I’m going to assume that was a 3.

Spoiler

unfortunately I know it wasn’t. one

[sweetiepi]

0

[PhoenixxFire]

-_- 1

[technodisney]

2

[PhoenixxFire]

3

[S200]

4

[sweetiepi]

\((\nabla ^2 + \frac{f^2_0}{\sigma}\frac{\delta^2}{\delta p^2})\omega - \frac{f_0}{\sigma} \frac{\delta}{\delta p}[\overrightarrow{V_g} \cdot \nabla(\frac{1}{f_0} \nabla^2 \phi + f)] - \frac{1}{\sigma} \nabla^2[\overrightarrow{V_g} \cdot \nabla (-\frac{\delta \phi}{\delta p})] + \frac{\kappa}{\sigma p} \nabla^2 J\)

[S200]

One...

[Poet]

\((\nabla ^2 + \frac{f^2_0}{\sigma}\frac{\delta^2}{\delta p^2})\omega - \frac{f_0}{\sigma} \frac{\delta}{\delta p}[\overrightarrow{V_g} \cdot \nabla(\frac{1}{f_0} \nabla^2 \phi + f)] - \frac{1}{\sigma} \nabla^2[\overrightarrow{V_g} \cdot \nabla (-\frac{\delta \phi}{\delta p})] + \frac{\kappa}{\sigma p} \nabla^2 J\)

I saw this and literally gagged
2

[Fergus6748]

3

[sweetiepi]

I saw this and literally gagged
2

For once, that was one I found myself, and not asked a friend for help

[S200]

1

[PhoenixxFire]

2

[Fergus6748]

3

[S200]

4