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Juan M Caicedo
เข้าร่วมเมื่อ 18 ก.ค. 2013
Statics: Moment about an axis
This video describes how to calculate the moment about an axis within the context of statics. An example is provided.
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so helpful
6cos 40 and 6sin 40 are orthogonal. How can sin be subtracted from cos and what does the result mean?
Sig Figs rule!!!
Thank you, now I understand sig figs
I finished the hell hole of statics 4 months ago. WHY TF IS THIS IN MY RECOMMENDED
Thank you very much for sharing this video, it really helped me alot because i was struggling with understanding them but thanks to you am confident that i will pass the test today :D
did you pass?
@@lukemoravec423 i did
Please why taking moment about point G, you did not include point GD
The GD is also at the same point so it will vanish
from iraq \ kurdestan well done teacher
This was super helpful, im just wondering at point 11:29 , why did we have Ex and Ey for point E, but we didn't do the same for point A and we only had Ay? Why didn't we also consider Ax
لن رولر بيه رد فعل واحد ☝
Roller connection only operates in one direction
thank you for the video
Very clear explanation..
I HAVE A QUESTION. I have solved it, i want you to confirm if im right . what if there is a downward force in node G?
Sir your explanation was awesome.
From ghana Like your explanation very clear
Thank you very much.
Very nice explanation sir
Thank you so much for your feedback!
Thanks you
I hope you found the video useful!
Thank you From India
You are welcome!
this video is straight gas my boi
may i ask, why in moment G calculation, force DG is not included?
Thank you for your question. Force DG does not produce a moment about point G because the line of action of the force goes through G. Another way to think about this is that the perpendicular distance between the point of interest (G) and the line of action of the force is zero. Therefore, the moment would be zero (force times perpendicular distance from the point of interest to the line of action of the force). Thank you again for the question!
looking to learn equlibrium from scratch .of course I pay for the tutorials. ?
It is always good to see explanations of the same topic by different people. Thanks for watching!
Subscribed! Thanks, Sir! :D
plz edit the sound first!
Thanks for the feedback!
Must the answer be same if i were to find the moment of inertia about the y-axis?
could it be different?
The moment of inertia about the y-axis would be a different numerical value. Thank you for your question!
it;s gerat topic ecxept for the camara moves too much :it;s annoying"
Thanks for the feedback!
*Juan Caicedo* Great Video dud! xqcL