Chapter 4 - Motion in Two and Three Dimensions

[@arianajakovljevic7931]

I have my first university physics exam tomorrow and this helped immensely!! THANK YOU

[@Dxr_x]

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.

[@ebubar1]

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!

[@ezzabuzaid]

the doctor need tow week to explain this ... but you did this in 40 second
you are the best...
THX a LOT

[@mohammad1879]

HERE WE R IN THE END OF 2016 AND UR VIDEOS STILL MASSIVELY HELPFUL
THANKS SIR

[@biruk324]

Mohammad Jaber g. Best

[@greciafer27]

2019

[@natalieajmeri9269]

2020

[@saphie0]

2021

[@MT-sv7vy]

2022

[@ebubar1]

The textbook should now be linked to and described in the video descriptions.

[@user-or5ez5ne9k]

thank you, it is very helpful.

[@BA-vn5ip]

Thanks a lot we are now studying this in high school and u explain a lot

[@fatinshadab8089]

thank you for helping in 2022!!

[@Gen_Z2312]

Simply superb

[@wafaaloqman1711]

Thanks a lot sir really you helped me

[@vinton1881]

This video was very helpful thank you

[@loweljaydegamon379]

how to illustrate the position, velocity and acceleration using vector notation in a
scenario involving 2- 3 dimensions

[@sarathkareti8993]

why is it that acceleration in the x direction is 0? (this is at 25:53). Thanks!

[@faricidris8167]

Are you teaching from fundamental physics... plzz I need help for fundamental physics

[@anselmomoreno2837]

Thank you!

[@SuperEqab]

Thank you Very Much

[@mukeshjain8632]

Thanks sir for this easy videos a100 times

[@thrb41]

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.

[@noufah6441]

How are you after 8 years?

[@iz63]

what are all the kinematic equations???

[@kyler2532]

isaiah canlas The kinematic equations are given in chapter 2 (motion in one dimension) When particles are under constant acceleration.

[@bilalel-masri5237]

Shouldn't we also be able to use ∆y=1/2 (V0y+Vy)∆t to calculate ∆t? Or why can't we do that?

[@shadensaleh8607]

thank you so much *-*

[@jorgefigueiredo9771]

Thanks You Very Much, but you forgot to xplain the part when the exercice asked for the time before hits the ground :D

[@MrKHAIBAR01]

Veeeeeery helpful ...

[@drakenantz1414]

I think I love you

[@esraajamal5669]

Nov2018

[@josealves5861]

10:33

[@MKARTS-fj3ct]

vip.description

[@adlawanedilbertob.9714]

xd

[@hbdxhbd4493]

you have a mistake on the problem

[@OhPeeta]

you are extremely slow tbh, but great review nonetheless

[@kyler2532]

Thank you!