Really thank you sir a lot our doctor in university took 2 weeks and half to explain this and still i could not understand him he was explaining to fast and load more of ideas in a seconds but u saved me a lot like 40 minute = 2 weeks insane man really thank you a lot.
Jorge, if you give me a specific time stamp in the video i'll take a look and see about updating at some point when I have the time. Thanks for watching!
Thank you for this great explanation of this topic. What book are you using? Keep uploading please and with doing more problems. There are a lot of videos that explain the topic but applying it in applications is a lot harder.
I have my first university physics exam tomorrow and this helped immensely!! THANK YOU
Really thank you sir a lot our doctor in university took 2 weeks and half to explain this and still i could not understand him he was explaining to fast and load more of ideas in a seconds but u saved me a lot like 40 minute = 2 weeks insane man really thank you a lot.
Jorge, if you give me a specific time stamp in the video i'll take a look and see about updating at some point when I have the time. Thanks for watching!
the doctor need tow week to explain this ... but you did this in 40 second
you are the best...
THX a LOT
HERE WE R IN THE END OF 2016 AND UR VIDEOS STILL MASSIVELY HELPFUL
THANKS SIR
Mohammad Jaber g. Best
2019
2020
2021
2022
The textbook should now be linked to and described in the video descriptions.
thank you, it is very helpful.
Thanks a lot we are now studying this in high school and u explain a lot
thank you for helping in 2022!!
Simply superb
Thanks a lot sir really you helped me
This video was very helpful thank you
how to illustrate the position, velocity and acceleration using vector notation in a
scenario involving 2- 3 dimensions
why is it that acceleration in the x direction is 0? (this is at 25:53). Thanks!
Are you teaching from fundamental physics... plzz I need help for fundamental physics
Thank you!
Thank you Very Much
Thanks sir for this easy videos a100 times
Thank you for this great explanation of this topic. What book are you using? Keep uploading please and with doing more problems. There are a lot of videos that explain the topic but applying it in applications is a lot harder.
How are you after 8 years?
what are all the kinematic equations???
isaiah canlas The kinematic equations are given in chapter 2 (motion in one dimension) When particles are under constant acceleration.
Shouldn't we also be able to use ∆y=1/2 (V0y+Vy)∆t to calculate ∆t? Or why can't we do that?
thank you so much *-*
Thanks You Very Much, but you forgot to xplain the part when the exercice asked for the time before hits the ground :D
Veeeeeery helpful ...
I think I love you
Nov2018
10:33
vip.description
xd
you have a mistake on the problem
you are extremely slow tbh, but great review nonetheless
Thank you!