Video

Thanks a lot !!!

thank you so much

Those who were questioning themselves about the formula:👇 ∆P=pgh........ΔP (is the pressure difference (in Pa or N/m²)).

No 7. S1 is wrong.

This is the best video I’ve watched on combined loading and not to mention, I haven’t understood the right hand rule for YEARS because no one has ever explained it well to me, but this video cleared up all my confusion on everything. Everything I questioned that I didn’t even understand enough to question was explained so well! I wish I found this video sooner

I'm a engineering student from Brazil and your videos are helping me a lot in my thermodynamics exams, thanks man!

where you get that 2.5 in I section?

And if there was another two force member connected to B? Would we just add another force to the point B in the body diagram, in the direction of the beam added?

Why fgc is not producing any momement

Just wondering what textbook you use in this series! Just want to know how to compare my organize my studying against the "Fundamentals of Engineering Thermodynamics (9th Edition) Moran, Shapiro, Boettner, Bailey" used by my teachers :)

guys please suggest me a channel with similar teaching style for the topics he didnt upload. thanks

But why don’t you calculate for you u in number e

Appreciate your effort. 2:31 Wanna ask, isn't ther another force on pin B, which is F_ab. ?

how can students afford these notes

how u find hf

Covid vibes 💀

ims till struggling :(

0:10 in the moment equation the last term, shouldn't it be (10) *(12.5). Because the distributed force has its centre at 12.5 ft away from point B.

Can we buy or download the formula sheet?

You have organized your material extremely well. Thank you!

To know if the bolts/cylinder is on Tension or Compression: draw a FBD of the object alone it self after cutting it.

Do you have a playlist on System Dynamics? I really enjoyed your dynamics explanations and would greatly appreciate if you had any resources for Dynamic Systems as well

What did you plug in exactly for the V= 105.4

Its nice that these are broken into short clips.. gives you a sense of accomplishment each time and makes you want to keep going onto the next video!

I wish you were my professor for this class, actually enjoyable. My professor is death by powerpoint and theory. 0 real practice problems in class. Its awful.

can you please share your assigned homework problems for thermodynamics. just problem number and book edition are more than sufficient. thank you

please do thermo 2

Broooo I has this last semester I forgot wt I studied I am scared wt will happen to me 😭

Thanks a lot sir.

i might got confuse but why , when i use the right hand rule for the Mz , I get my finger to curls , the other way ? ;-; . like my thumb pointing upwards , it suppose to go from left to right isnt it

Wouldn't be more accurate if we use arctan()

✅️

Just wanted to drop by and say thank you. I'm really grateful that I found this channel and went through almost every question videos of this playlist. I managed to ace my Dynamics class with an A+. Thank you 🫡 for your efforts Prof, they are greatly appreciated.

Great

Thank you sir for your informative video.Lots of love and respect from Bangalore.🧄🧄🧄🧄🧄🧄🧄🧄🧄🧄🧄

Great

what was punched into the calculator to come up with 14.3?

At the end, how did you get the -1 after the equation for A

if we were using conservation of momentum, why are you using mv+ft=mv? shouldn't it be m1vi+m2vi=m1vf+m2vf ?

Didn't understand anything from this video

Teach us thermo 2

thank u sir, but can you try solving, using rc? I tried it but i got a different answer

Thank you so much for helping to finish my final ❤

I understand that the brace restrains the displacements at the midpoint. But I think that the boundary conditions at midpoint should be clamped instead of pinned for the weak axis because there is a continuity in the column and the midpoint is not free to rotate

I understand that the brace restrains the displacement of that point. But I think that the boundary conditions at that point are clamped because there is a continuity in the column and it is not free to rotate at that point

please start thermo 2, youve saved me in thermo

paypal is not available in my country. is there any other way i can access the solutions?

Bro, the derivative of x² is 2x. No chain rule

I ❤ you from South Korea

Typical structural engineering problem