Range of a Projectile - quick derivation of the formula

[@Bricks-tm7yq]

Such a simple and easy to understand explanation! Thanks mate!

[@chaosend3815]

Thanks a lot! all the methods I've seen until know were very complicated and lengthy, but this is so simple and fast

[@henrys4338]

Love how straight forward the video was. Thank you!!

[@anannyosamayel1350]

Concise and easy explanatinon!!! Thanks a lottt

[@UnkleRiceYo]

Perfect! Succinct and well presented, thanks ❤

[@Helpism]

Simple to understand..!❤

[@2-stagepacman219]

So simple to understand, thanks a lot bro 😌

[@Jecoliahh]

Tnx alot🙏
This is very helpful!

[@mastakura3152]

Thanks it helps alot

[@huzaiflateef9236]

Thank you very much, teacher!

[@jacktinney]

I did want to know where this formula came from and it did help lol

[@hydroximane]

u made my anger and my curiousness go away, thank u

[@benaryder]

I hope I only satisfied your curiosity for this range formula, and didn't make your curiosity go away completely! Thanks for the message

[@hydroximane]

@@benaryder yes i just got 83/100 on my physics test today because this

[@dhenukaiyer9452]

Thank you!

[@aivkhairulamirin9004]

Thank you Sir

[@zwan2226]

be my physic teacher

[@Marko-sm3qk]

Can I use this in year 12 physics test without all the proof or do I need to derive the formula and then use it?

[@benaryder]

With VCE physics, you can use a derived formula in an exam without deriving it. Generally this is the same for other examinations (e.g. A-level and IB). The exception to that would be if a question asked you to use a specific formula or principle, of course, such as "using the equations of motion, show that..."

[@ayush544]

Thankyou brother

[@EthabLiang]

edgetastic

[@ohiorizzler1434]

rizztastic!!!!

[@AhmedAhmed-xg6iw]

thank u.

[@NutBuddies]

Legend

[@jessehines4044]

Doesn't cover the effect of drag

[@benaryder]

That is correct!

[@6843_fragrances]

Fire unc

[@angus.nelsonn]

Thankyou brother