Math help with Ballistics

dude are you trolling? this is a problem from the first month of physics I in lower division

Dude, are you lying? I took Physics 1 and 2, and at no point during the entire two semesters did we once ever even SLIGHTLY touch on the topic of Firearm or Rifle Ballistics. NOT ONCE. So what are you talking about? Are you trying really hard to appear or sound like some "intellectual edge lord" that's just too smart to be bothered with the mere Propulsion discussion? Is it just too below your genius level IQ?

It's not a simple problem when you take air resistance into account!

time to max height=v*sin(theta)/g.
range=(v^2)sin(2*theta)/g
height at any time=(v^2)(sin^2(theta))/2g

And what are you talking about? There is no Physics 1 "lower division" LOL! Not unless you go to a Community College or some Autist School. It's Physics 1 then 2, then on to something more complex. Where did you get this Physics 1 "lower division" lol? Guy, if your gonna lie, or try lying to prop yourself up on some sort of holier than thou social brownie point pedastol, there are other boards on here where you can bullshit random anons as much as you want. But please don't push that nonsense here, we were having a serious discussion.

That olny works in vacuum, not in real world.

Did you account for Drag? Did you account for spin drift considering gyroscopic stability is what's keeping the bullet from yawing? How fast is your bullet spinning, what's your rifle twist? If your shooting or aiming north or south at a distance of 1700yds have you accounted for the drop in point of impact due to Coriolis oh great physics professor/ Nobel laureate?

Times Mu, fucking retard.

what kind of school did you go to?

pic related, page 11 of my physics notes, so right in the middle of week 3. notice a), the exact thing OP was asking for

You wanted a semester#1 physics#1 question answered, I answered it in a physics#1 way.