Glad it helped.Interesting though completely useless theoretical tidbit I found: holding all things equal, you technically could have an microscopically tiny amount of lift generated with 0 AoA on symmetrical wings by virtue of fluid (air) being less dense on the top wing (less pressure) as there is incrementally a tinier portion of atmosphere pressing down.
That's funny. So technically if a wing is 6" deep it would have a difference of .0005" of Hg pressure from the top to bottom, which yeah would be a microscopic effect on lift lol! A small boost to the creation of lift, however small. That is an interesting concept, typically very large wings produce more lift, which would be aided by the higher pressure differences between the top and bottom at the cost of additional drag. That's somewhat fascinating to think about with wing design through history, something they probably never though about.