Statics - 2D particle equilibrium example 4
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- čas přidán 20. 05. 2020
- Statics. Free Body Diagrams.
Finding maximum weight.
Finding limiting factor. Like and subscribe! And get the notes here:
Thermodynamics: drive.google.com/file/d/1bFzQ...
Mechanics of Materials: drive.google.com/file/d/1P-pc...
Statics: drive.google.com/file/d/1aYY5...
Dynamics: drive.google.com/file/d/1_JTk...
Well Explained!
How did you get 0.8723
very nice question
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how did you get TBE as .8923W, wouldn't you just add W to both sides of the equation then divide by 1.1464? at 6:40
Yeah, I think that may be a typo. Should that be .8723W, instead of .8923W. I’m guessing the rest of the numbers are still correct, I just misread my earlier handwriting
@@engineeringdeciphered thank you for the quick reply i got it!
Which tablet and stylus u are using sir,please reply
@@engineeringdeciphered thanks for reply
pretty sure Ipad pro, with the apple pencil, I use the same thing works great must have for engineering
I like your southern accent
how did you get the TBE = .8923w?
From the equation above it. Add the W to the other side of the equation. And then divide by 1.164.
I think TBE should be .8723w. That would make more sense! Sorry about that!!
@@engineeringdeciphered how did you get 57.7lb
@@joshuabacudio8637 100/1.732
@@engineeringdeciphered Ye It definitely should
Where did you get the .6043?
I think TBE was really supposed to be .8723w. So we'd take that and multiply it by .6928 in order to get the .6043w.
I found these results instead: ted = 1.342w, tbc = 3.1w, tbe = 1.937w, tab = 3.847w
TBE=0.8723 W
How did you get 57.7lb?
Set the max tension to 100 and then solve for W. So 100/1.732 = 57.7.