That problem was more difficult than I expected. For example, if you took your moment in a different location, you have to deal with P, another variable. Another equation you could use is: (sum of Y forces) P=T(al)+T(st)
Hello Shivam, I actually have a playlist for each subject and I also just updated it yesterday. Thank you for your feedback and thank you for watching!
That problem was more difficult than I expected. For example, if you took your moment in a different location, you have to deal with P, another variable. Another equation you could use is: (sum of Y forces) P=T(al)+T(st)
PL/AE is for longitudinal deformation, but this is a beam deflection problem and I think you need to utilize the area moment of inertia in this case.
why is Ps plus when it is going the same direction as Pa?
Thanks for your effort .
Do you have explained all subjects or there is another subjects?
Could you add the videos to it's respective playlist? It becomes a huge mess searching for a specific topic.
Hello Shivam, I actually have a playlist for each subject and I also just updated it yesterday. Thank you for your feedback and thank you for watching!
Good job
Thank you
If we do below easy equation We get the same answer: 10”x29000/(29000+10,000) = 7.43m
From (Pa/Ea = Ps/Es) wouldn't you go to Pa = (Ps*Ea)/Es. It just seems like Ps should also be divided by Es. Let me know what you think :)