motion graphs explained

[@MakeScienceFun1]

Good work. pHET is awesome!

[@rosey6851]

THANK YOU SO MUCH!!! FOR ALL YOUR VIDEOS. PLEASE CONTINUE TO SAVE ME FROM THE NEW SYLLABUS NEXT YEAR TOO :))))))))))))))))))))))))))))))))))))))))))))))))))))))))

[@reaganpeck8439]

thank you so much! 😭

[@HayaBaqir]

excellent

[@lynsmith3154]

I came across your web page when looking up Maxwells equations and thought I watch more videos starting at this one, the earliest I found. I thought your three graphs idea was very good, and allows a very clear perception of the basics. I appreciate this is an old video but the basics are good and a worthy tutorial. However the corrections in the voice-over quite grating and would benefit greatly from a re-take to get a smooth flow of the information. Also on my screen the time scale at the bottom is half covered and hard to read. I'm just trying to be constructive not critical.

[@PhysicsHigh]

Thanks Lyn. I’m not offended. I value constructive feedback. Yes this video was very early days 🤣 and an update is a good idea.

[@mary_once3302]

Idk abt you but im here for my edits and i need to study the motion graphs

[@astrea_nyx]

Thanks need this for an quiz

[@Tobzb891]

Doing gods work

[@PhysicsHigh]

thanks

[@projectonly6229]

Good day, sir. Just wanna ask, if the a1 that I computed is higher than the a2 a3 a4 and so on, does this mean that the object having this acceleration suddenly bolts off when it was released then eventually after a few seconds continue to accelerate but lower than the a1? ex. a1 = 2.45 m/s^2 a2 = 0.987 m/s^2 a3 = 0.876 m/s^2

[@mitsuru338]

Thanks you

[@zakdaws4808]

anyone from Hale ASchool

[@pom8130]

only you