beam deflection double integral-1

Description

[@zubairali3467]

I was given this many times at University but never understood it.. it is very clearly taught in your video.. thank you

[@simphiwemalinga5869]

Thank you very much Sir. You are an incredible statics educator. The best I have seen.

[@1963rzr]

Wow, thank you! mee too! :)

[@3ddabChannels]

best of the best many thanks you saved me from the final exam very very clear Peace from Saudi Arabia

[@1963rzr]

glad it helped you, please like all videos

[@carolinabolivar6978]

Awesome explanation!! I thought I was never going to get this topic! thank you

[@1963rzr]

you are welcome!

[@sabesta]

17:45 best part of the whole video you are welcome!! Great video, you explained this so well!

[@1963rzr]

Glad you liked it!

[@jafaraldahan4176]

You are perfect bro The best explication that I found

[@1963rzr]

You are welcome!

[@Amukutimor69]

Great video. Thanks

[@1963rzr]

Glad you liked it! Hit like and share

[@sebastianm8465]

that was beautiful bro just fucking beautiful.

[@gutierrezgutierrez5901]

so for the boundary conditions if the distances are different we would plug 5 for x1 and lets say 7 for x2 in the boundary condition equations

[@justinclark9258]

And here I thought I was done with your videos... Dr. Z with the win again

[@1963rzr]

Justin Clark 😂

[@vincentdiaz8519]

thank you sirr

[@1963rzr]

You are welcome

[@ayoubsahibzada2267]

amazing teaching

[@1963rzr]

thanks

[@1963rzr]

you are welcome

[@shoaib.marwat]

very easy and helped me ....

[@1963rzr]

Thank you

[@San-kq1ss]

i had no idea about the trick where the x axis can be started from different sides!

[@1963rzr]

now you do!

[@jamesclaridad4394]

Sir can we use this method if there was an internal hinge on the beam?

[@1963rzr]

Yes you could

[@abdullahizaji4262]

Nice video really helped

[@1963rzr]

Abdullahi Zaji glad it helped. Remember like and share all videos

[@alyannagales8330]

Happy 5th year anniversary

[@1963rzr]

Thank you!

[@rogueknight29]

Hello there, why did you put dash up of that 145.83? Does that affect all the equation if i accidentally didn't put it? Thanks a lot for your help sire 😇

[@1963rzr]

I didn't understand your question, sorry

[@amiruldaniel6012]

Hello, I want to ask,why the deflection from right&left side are same ?? Is it because the distance is same or another reason? can someone explain it :3

[@anbtebist5961]

V= 0 at both ends

[@1963rzr]

is because is the same point

[@youwuyou]

Hello teacher what is the actually meaning for the equations for the two sections to be different.

[@ma.janinaroqueranola8835]

What if the beam has an internal pin? Do I have to cut just like what you did in the video? Thanks

[@1963rzr]

An internal pin?you mean a hinge?... if that beam has a hinge will become unstable.... please look at the other examples with hinges.

[@ufukonder1916]

my teacher is in the last two and four equals, C4 = -338.62. Let us know.

[@bilalAhmed-vx8ut]

do you also teach mechanics of material?

[@muazbinabdulrazak8926]

how to know the direction of the internal moment ? for the first section you draw anticlockwise, for the second one you draw clockwise.. please respond asap cuz i hav exam tomorrow

[@1963rzr]

Hello, The fast response section is for the paying customers... sorry

[@mahersebai255]

I have exam on 29/01 ,, after two days , any one can help ?

[@fathihosseiny7450]

the video is great but in the time 16:45 u forgot to multiply the moment by 10