Projection Vector Proof

[@JohnJohnson-mg1ql]

This is exactly what I was looking for. Thank you very much

[@virtually_passed]

You're welcome

[@adeeburrahman7062]

Simply the perfect video i was looking for... :)

[@virtually_passed]

glad to help :)

[@abhinavsingh2806]

You removed all my doubts about projection

[@SumitSharma-01]

Me too 😁

[@davidfield5295]

Thank you, I watched a few related videos, but this video helped me finally understand the projection vector derivation

[@VivekSingh-nt2zv]

kzbin.info/www/bejne/ZofQi2ivgJ6Hhrs&ab_channel=Sunyamekam

[@osamaalsheikh7093]

the best video fullfilled my needs

[@tarkhaslak7329]

This is exactly what I needed. Thank you

[@gurvirsasan3080]

Thank you so much! This was a great video!

[@andrewgarcia3967]

Thank you... this video is what I needed! Straight to the point! 👌🏼👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌🏿

[@vincelegaspi8872]

Nice and very neat explanation, hope you make more video

[@myagmarsurenboldbaatar6866]

i've seen many videos but it was the best. Thank you.

[@virtually_passed]

Yay! Glad you liked it!

[@maths2bsquared172]

u killed it bro,THANKS VERY MUCH

[@nachocapic]

Fantastic!

[@mousaalsaeed9410]

Dont stop creativity...🖒🖒🖒

[@rishiashok7840]

tysm, exactly what i was looking for !!!

[@virtually_passed]

No problem!

[@TheNetkrot]

thank you it is all clear now.

[@elonximperator892]

Now I don't have to remember the formula of projection of vector because of you.....😀😀

[@blblbl2178]

Exactly what I was looking for. Thank you so much !

[@QuetzalUlisesOrion]

Thank you, I didn't understand my teacher when we saw this in class, but understood it here. Do you think you can make a video to explain the proof of the Menaechmus conics formula (y^2=lx) ?

[@noctua7771]

You made this so easy. Thank you!

[@richaraj3161]

Thank u soooo much😊....it was very confusing for me

[@MasayoMusic]

Nice proof. Very easy to understand.

[@MasayoMusic]

Do you not have a vector playlist? I couldn't find any under your playlists.

[@virtually_passed]

Hey! Thanks for the kind comment :) Sadly no. At the moment this is an Engineering channel designated to Statics, Dynamics and Vibrations. I'm hoping to expand into pure maths at some point, but haven't done it yet :(

[@qcxiaoran430]

Thank you so much! You really helped a lot!!

[@abexoxo]

I like this clear and short video. Why isn't the b-hat cancelled at last? Does this expression describe the vector u in terms of b-hat?

[@virtually_passed]

which formula are you referring to? Can you give me a time stamp?

[@abexoxo]

@@virtually_passed like in 4:15 you're writing the vector u in the unit vector b. What does it mean to keep the vector b on the right ?

[@virtually_passed]

In that equation there are a few terms: a . b in the numerator (this is a scalar) |b|^2 in the denominator (this is a scalar) And b to the right (this is a vector) Since the fraction is just a scalar it actually doesn't matter if I write that In front or behind b. I'm not sure if this answers your question though :/

[@ian.ambrose]

Thank you, champ.

[@flusher84265]

That's a real spicy way to write your p's haha. Thank you for this!

[@virtually_passed]

Haha thanks :D

[@christianburrello811]

Very helpful, cheers!

[@hamzaelmernissi5709]

Thanks for the video, hope you make a case for more of pure mathematics videos.

[@virtually_passed]

No worries! I hope to expand into math videos in the next year :)

[@maxwellliu1913]

Thanks for the amazing video!

[@virtually_passed]

you're welcome :)

[@awolgeordie9926]

Excellent.

[@eien7228]

plz help proof the axbx+ayby im so confused how we got that formula

[@mumin1643]

a vektörünün y yatay eksene dik izdüşümün b vektörü üzerinde oluşturacağı vektörü nasıl hesaplarız?

[@driftaddictbr]

what if the angle between the two vectors are greater than pi/2?

[@전상현-p9l]

thx!! from Korea

[@ianjoshi6778]

THANK YOU!!

[@yangxuanxuan]

If u and v are two vectors, we use Matlab to compute multiplication. dot(u,v) is dot product, what about u.*v, u‘*v, and cross product, why there are four different kinds of multiplication?

[@ksrajavel]

Awesome.

[@Claudio-tn2yg]

thank youuuu😘

[@virtually_passed]

Welcome 😁

[@evertonsantosdeandradejuni3787]

Thank you I coundt find this naywhere

[@josephchong783]

thank you

[@Labiel69]

thank you!

[@Fifty]

thanks

[@virtually_passed]

No worries! :D

[@kevinquispe1272]

THANKS!!!

[@virtually_passed]

You're welcome 🙂

[@Mrhk214]

thx

[@pujaranisahu5031]

ରାଣୀ ମା