ALL of AQA Gravitation in 44 minutes

[@andreysmirnov5482]

Correction at @12:48 gravitational POTENTIAL is defined as V = -GM/r and NOT r^2

[@zhelyo_physics]

Argh, thanks for spotting - I'll add that into the description

[@zhelyo_physics]

All of my revision videos: ua-cam.com/play/PLSygKZqfTjPC3hJ7nRSnnXTw3tI_o67dR.html&si=694SGOVs90mDWiyt , also if you are doing OCR/CIE, please use this video: ua-cam.com/video/aGgYTvC16hA/v-deo.html

[@spidey117-m3n]

Could you please make an AQA playlist, it would be extremely helpful. Thank you

[@zhelyo_physics]

ua-cam.com/play/PLSygKZqfTjPBdvJQtsf1h3MMLNbzPMYiG.html&si=x6hRWoPSEvU4mNMg done : ) I will keep adding AQA specific videos, most of my other videos are directly applicable for any exam board (e.g. circular motion, oscillations etc) but I will add those in too. Hope this is helpful!

[@tabi122]

thank you, I have a test in this soon and this video helped so much!

[@zhelyo_physics]

good luck on the test!

[@tabi122]

@@zhelyo_physics got my results today, got an A* thanks to your channel! 🙏

[@tabi122]

@@zhelyo_physics thanks, got an A* :D

[@joe.h-7322]

thanks!

[@zhelyo_physics]

No problem!

[@Codewithsultansalahuddin]

yo sir do u teach at ashton bcoz maybe i saw ur name

[@rachanasrivastava9604]

I want to ask that when i am performing an experiment to find surface tension then it form covex miniscus inside cappilary tube which was wrong does the bubble formed inside it or not

[@MahamedSharif-p4c]

First

[@zhelyo_physics]

thank you for the comment