I always get brought back to this channel. And everytime i do, it puts a smile on my face. You make it simple. Always. Thanks for everything you do. God bless you
Okay, it is pretty clear for 2d and 3d vectors the magnitude and the angle. But can we intuitively extend the concept from 3d to 'n' dimensions? Like instead of 3 axes we have 'n' axes where, n=10 or n=60? is that possible to find the angles between the vector and the corresponding axis? Thanks in advance
Hi Michel, could you do a series on vectors in a more mathematical view? I would like to get a better grip on the ideas of multiple planes intersecting, and how to write equations in different forms (Cartesian, parametric, etc...). I am currently in my final year of the IBDP system, in Swaziland. Thanks for all your videos.
In 2d, you are able to find the the Fy using (F)(sin(theta)) and fx using (F)(cos(theta)). Why cant I do this when it is in 3d? Can I only find Fy if I have the angle sub y?
Sir can you make a video on force vectors (Chapter 2 from book Engineering mechanics and statics 11 edition by R.C. Hibbler ) i really need concept for this chapter. Can you please make a video on this. I will be really thankful to you.
Золотое правило механики: "Выигрываем в силе, проигрываем в расстоянии." Браво УЧИТЕЛЬ! Предельно просто и понятно!👍👍👍
Interesting expression! 🙂 Thank you for sharing.
I always get brought back to this channel. And everytime i do, it puts a smile on my face. You make it simple. Always. Thanks for everything you do. God bless you
Thank you
Thank you Mr Biezen, good Sir! you have saved my life on many occasion!
Okay, it is pretty clear for 2d and 3d vectors the magnitude and the angle.
But can we intuitively extend the concept from 3d to 'n' dimensions? Like instead of 3 axes we have 'n' axes where, n=10 or n=60? is that possible to find the angles between the vector and the corresponding axis?
Thanks in advance
Thank you Mr. Biezen! Now I can say, that TARSIS is real!
Hi Michel, could you do a series on vectors in a more mathematical view? I would like to get a better grip on the ideas of multiple planes intersecting, and how to write equations in different forms (Cartesian, parametric, etc...). I am currently in my final year of the IBDP system, in Swaziland. Thanks for all your videos.
well explained.
exceptional
Thank you! Thank you! Thank you so very much!
great explanation :)
In 2d, you are able to find the the Fy using (F)(sin(theta)) and fx using (F)(cos(theta)). Why cant I do this when it is in 3d? Can I only find Fy if I have the angle sub y?
In 3-d you can find Fx, Fy, and Fz by using the direction cosines. You'll find more videos on that topic in this playlist: PHYSICS 1 VECTORS
Sir can you make a video on force vectors (Chapter 2 from book Engineering mechanics and statics 11 edition by R.C. Hibbler ) i really need concept for this chapter. Can you please make a video on this. I will be really thankful to you.
We have provided many videos on vectors both in the mechanical engineering playlists and the physics playlists: PHYSICS 1 VECTORS
I love that book. I have the 14th edition. This book is challenging but a lot of fun. The exercises on vectors are no joke!!
You are a hero!
I can't see from the board sir.
It's very good but is difficult to look on blackboard
Yes, the lighting on our older videos wasn't as good. We were learning as we went along this journey.
Thank you!
Thanks ❤❤❤❤❤❤❤❤❤
Thank you
Thanks
Cool
Glad you liked it.
Fy=Fsin thita y.
Not sure if you are asking a question of making a statement. (A few words may help out).
Fx=Fcosthitax
Not sure if you are asking a question of making a statement. (A few words may help out).
شوف المشاهدات عبن عدهم شي سهل
Glad you liked it.
@@MichelvanBiezen thank you for your reply 🌚💓