Deriving the 6 Basic Projectile Motion Equations

A video demonstrating how to derive the 6 basic projectile motion equations.

[RishiYadav-vfxh]

Anyone does efforts to make someone's life better for example teachers like you will deserve appreciation. Hats off to you sir

[dhruvavikas]

dont give up sir u r great help u will get lots of subs soon just keep working hard

[ProjectLoveBangtan]

Soon, many students will appreciate you. Thank you for teaching!

[butterfly]

BEST EXPLANATION EVER!
Great method to learn this topic!!
Thank you sir!!!

[sammy]

you might be getting old, but your videos never will. Great vid!!!

[Happyjohnjohn]

the vid was straight to the point, thank you!

[haimanotmekedese]

you are so brilliant thank you very much
do not give up please

[EshiiiiiTa]

Medico suggested this channel.
( A teaching centre in 🇧🇩 for medical & dental admission test )

[FOHICO]

Ohhh thanks a lot Guru tutor I was totally confused but finally am glad I have found something better than the rest

[ahmadawlagi]

Thank you this is much better than memorizing them

[markchristopherlanzuela]

Thanks Sir. I love your style in teaching. I hope you will make more videos in Physics.

[weeeeeoow]

"does nought sound old?"🤣


anyways thank you sir !!! really helps!

[mohammadhabeebah]

Nice study and it is easy to understand. Thank you Mr Guru.

[abcdefg-hvks]

You're an excellent teacher, thank you so much..
my "teacher" just wrote down a few equations, refused to explain, called it "magic" (wtf is wrong with him) and left saying the Projectile motion topic is complete in just an hour?!

AND the next day he had the gall to wear a shirt with the NASA logo on it 🤬🤬

[tihammahmud]

Thank you very much sir... It was very helpful

[tahsintabassumsaazy]

I don't know if you'll ever see this, but can you do a video on finding the velocity at a certain point
(B), time period of O-B?

[dvaVivy]

so essentially it boils down to understanding ax = 0, ay = -g. On the horizontal and vertical(2nd and 5th) equations, velocity is ds/dt integrating with this premise results with the 3rd and 6th equation. That's cool!

[nats]

But if you take into account drag or air resistance, the height will be lower in value and the distance will be shorter, right?

[bora_tilki]

What if I want to find this X and Y equations in polar coordinate? Could you help me?

[anilkumarsharma]

compare all results in terms of coefficients of parabolic equation