Man you saved me multiple time I wish I were your student. Can we have these less boring short lectures for thermodynamic and the remaining of fluid mechanics. Thank you sir.
You teach very fast and it's more like teaching those who already know. I suggest you take your time and break the concept down to make it understandable for anyone
In a very summarized way, whenever bending moments exist, we call it transverse shear (e.g. long beam or cantilever subjected to transverse loads). When bending moments aren't present or barely there, we consider the direct shear (e.g. cutting paper with scissors).
@@LessBoringLectures So the internal shear stress in beams due to loading(along the cross-section of the beam) is an example of direct or transverse shear??
great informative not boring content, thank you
Man you saved me multiple time I wish I were your student. Can we have these less boring short lectures for thermodynamic and the remaining of fluid mechanics. Thank you sir.
Very useful for my Uni work, Thank you!! I did have to play it at 0.75 speed to keep up tho hahah
Glad it helped!
You teach very fast and it's more like teaching those who already know.
I suggest you take your time and break the concept down to make it understandable for anyone
best explanation so far!!!!
This saved my exam, thanks!
@ 05:11 why does dM^2/dP simplify to 2M*(dM/dP) please? I am particularly confused about where the 2 come from
Same did you figure out why?
Chain rule
@ 06:34 I think l/2 should be indicated in between Q and P.
Yes! You are correct.
hope this saves me in midterm
It's helpful..... thanks 😊
what is the difference between direct and transverse shear??
In a very summarized way, whenever bending moments exist, we call it transverse shear (e.g. long beam or cantilever subjected to transverse loads). When bending moments aren't present or barely there, we consider the direct shear (e.g. cutting paper with scissors).
@@LessBoringLectures So the internal shear stress in beams due to loading(along the cross-section of the beam) is an example of direct or transverse shear??
@@pranjalagarwal5933 Shear forces on a beam, which is what you're describing, causes transverse shear.
If it's uniformly distributed then moment calculation is same as well?
HOW DID THE 2 COME IN FRONT OF M ?
It's a partial derivative
Great Great
cool
you are moving way too fast man