Determine the force in each member of the truss
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- čas přidán 2. 02. 2017
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Determine the force in each member of the truss
and state if the members are in tension or compression.
Thank you for posting these walkthroughs, they are so helpful when I am stuck or need to check my answer and work!
What about reactionary forces?
Thank you sir. Your tutorial helps a lot.
is it possible to do a problem like this but Use the method of virtual work to Determine the vertical displacement on joint ?Please..you'll be saving my life....you don't understand how much you being such a source of help!!!
Thank you. Your method is easy to understand.😊
ohhh myyyy goshhh you explain this sooo much better then my prof. So much simpler!! THANK YOOUUU
You forgot to mention that is for free
Thanks a lot for the tutorial well explained
Nice explanation, thank you!!
The arrow trick for compression and tension helped alot thanks
BIG time!!!
Do you do electricity and magnatism as well?
In your website, there is many vedioes in this chapter that are missing.
determine the force at each member of a truss and indicates wether the member are intensions or compression
Great help. Thank you!
FinalAnswer most links in your webpage for this chapter don't work. Thanks for your support!
EXCELLENT VIDEO
why do you subtract DC in sum of Fy?
can u please upload one more
thank you for ever
Is Force in the member EB not a zero force member?
Thank you so much!
Why calculate Theta when its a 3-4-5 triangle?
can u plz tell me where did that theta come from im not sure if its 4\6 or 8\6
can you do 6.6, 6.15, and 6.17
Shouldn't ED be in Tension and DC in Compression?
yes thats what i was thinking too because its positive
action reaction, newton third law
AE supposed to be tension and EB is compress according to the arrow.
The arrows that he is drawing are the forces that result from newton's third law, not the actual force that is being applied on the beams. So no, FinalAnswer is correct. You can confirm this intuitively by just imagining what kind of stress would be put on ED and DC if you were pushing on D from right to left. ED would be in compression and DC would be in tension.
Thanks for clarifying@@EasternxEnvy
pls can u do for only a single member say EB
Thank you
Thank you 🥰🥰
GOOD
thanks
Hey sir? Can you help me right now? Please
Best😇👌🏻
he maximum allowable tensile force in the members of the truss is (Ft)max = 5.7 kN , and the maximum allowable compressive force is (Fc)max = 3 kN. Take d = 2 m. (Figure 1) PROBLEM 6.24
Can you explain when it is tensile or compressive in more straight forward terms?
Why doesn't AE= ED?
the external forces on them different
Determine the force in each member of the truss Example 6.2 Russell C.Hibbler Engineering Mechanics 12th Edition
Will you solve it Brother?
woa woa woa.. you just assumed theta to be equal because it looks like that in the picture?
EC and AB are parallel, so the interior angle made by the line passing through is equal.
@@eeshasaxena9123 I think Eesha's question is that we have trouble assuming that since there are zero other figures to prove that they are parallel and that theta were equal.
Just use triangle ECB to confirm that it the same angle...
Can we try this again but this time, please don't assume theta to be equal, assume EC and AB are parallel and assume ADB and EDC are like triangles without proving them first.
kthkxbye
Nice
no u
Can you actually ensure people can hear you... There is zero volume and my everything is maxed.
Thats a you problem i think