Mechanical Engineering: Particle Equilibrium (14 of 19) Vectors in 3-Dimensions Explained

In this video I will introduce force vectors in 3-dimensions and its x, y, and z magnitudes.

Next video in the Particle Equilibrium series can be seen at:

[НиколайКалугин-бг]

Золотое правило механики: "Выигрываем в силе, проигрываем в расстоянии." Браво УЧИТЕЛЬ! Предельно просто и понятно!👍👍👍

[luislandivar]

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

[brandongregory]

Thank you Mr Biezen, good Sir! you have saved my life on many occasion!

[Aquald]

Thank you Mr. Biezen! Now I can say, that TARSIS is real!

[DestructoXxShaunxX]

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.

[jamilrezachowdhury]

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

[ZainKhan-xxnp]

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.

[TooSweetTate]

Thank you! Thank you! Thank you so very much!

[Martin-puop]

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?

[hatomontana]

It's very good but is difficult to look on blackboard