Static Equilibrium Sample Problem 2

[@greatnessmasakadza9277]

I spent hours trying to do this and you explained it in minutes. Thank you so much ❤️

[@MrBeafyYT]

Just wanted to say this video is helping people in 2020! :)

[@pwfans4728]

Also in 21

[@hapkidocoffeebean9304]

2022! :)

[@NasusTCotS]

These kind of videos with the animations and such are a great help. Thank you for taking the time to make these videos

[@DAMN__________]

This was the most practical tutorial ngl.

[@soydcarolina]

Omg thank you so much, you really know how to explain , I wish you were my teacher

[@techsabastudio6177]

it was explained exactly as it should be ! Thankyou so much

[@BillTao-i2o]

thank you，this is a good video

[@MegaTruthfull]

Greeeeaaatt video! Added to my revision playlist!

[@iOsDesigner]

Easiest tutorial I have seen in such problems.. Thank you!

[@amaya711]

Thank you so much for this tutorial. I'm so glad I found out. Helped a ton!! Thanks :D

[@quantitysurveying4562]

its realy great work which is easy to conceptualize

[@rudi_jain]

Nc...video

[@Alberts_Kviesis]

05:15 sort of glitch at the end

[@haroonbari1156]

Amazing and thank to you

[@denbur6702]

Thank you❤️

[@drafttime2521]

always angle travel anticlockwise direction the cos theta will be 145 degrees. See the rules astc. thanks,

[@bassandmelody5264]

wat if the variables were T1, T1x,T1y and T2,T2x,T2y?

[@arnelj360]

T1/T2 (Hypothenus Side), T1x/T2x (Adjacent Side), T1y/T2y (Opposite Side) ~ its self explanatory if u understand it

[@Nolan1333]

Thank you for a simple way of solving this kind of problem

[@ManzellaBob]

Slight mistake right at the end. You had t1 equalling two different values.

[@charkaylaboo]

you are my hero lol but thanks it was soooooo helpful why couldn't my teacher just explain it to me this way!!!!!!

[@sammussen2326]

Thank you.

[@DriggerGT3]

This was soothing

[@jeppehansen7768]

Thank you for making this awesome video! This was a great help to me :-)

[@angusmackenzie2540]

Thank you a million times

[@lisro21]

awesome

[@lochlanbarrett6851]

so true

[@SinhaleseDravadia]

thank you so much

[@poketest]

Very helpful. Thanks mate.

[@TheMD77]

Awesome explanation, really helped me with my physics homework!

[@lovemusic4463]

great staff, but correct me if I am wrong, I think at the end should be 64=(1,26128)T2+T2

[@Keen101]

idk why but there are same questions but they use different way

[@jorgehn7]

That was AWESOME!!!!!!

[@Zezemint]

thank you for explaining so well! =)

[@yonismolyar9160]

"cose"

[@ada3472]

Sir can I use Lami’s theorem to solve this problem??

[@ThisIsMatt4]

very helpful... you rock :)

[@manu96979]

why cant we use lamis theorem for this??

[@jacobzundah546]

That is great!

[@socrates9176]

thanks for this... basic and organize presentation

[@Wedmarco1]

Thank you

[@SuperNitroBurst]

Great Explanation

[@pandunga]

Ease !

[@marcopavicic6253]

hmmm ta two sig figs eh. Looks a whole lot like three sig figs to me.... Great explanation thanks!

[@roinietes7444]

tite

[@isimbajack]

yas

[@hamadalyami2908]

thank you teacher but i think you have problem in5:15

[@bladrin007]

ha

[@Zezemint]

thank you for explaining so well! =)