Can some one help me solve this beam load condition? I will appreciate it.. The question is...For the following beam load condition fine REACTIONS A & B? The shear and the moment diagram? The beam is w 10x22. Length of the beam is Point A TO B IS 20 FT AND POINT B TO C IS 10FT. AT POINT C THE P= 1.0 K AND THE SECOND PART IS: LENGTH A TO B IS 20FT AND B TO C IS 10FT. FROM POINT A TO B IS W=1.0 K/FT AND AT POINT C P=1.0 K. Please help me as soon as possible and I will greatly appreciate it. Thank you. If you have the answer with diagram you can e-mail it to me XXXXX@XXXXXX.XXX
HINT: BEAM OVERHANGING ONE SUPPORT-CONCENTRATED LOAD AT THE END OF OVERHANG
Hi, I'm a Moderator for this topic. I've been working hard to find a Professional to assist you right away, but sometimes finding the right Professional can take a little longer than expected.
I wonder whether you're ok with continuing to wait for an answer. If you are, please let me know and I will continue my search. If not, feel free to let me know and I will cancel this question for you. Thank you!
Yes I am still waiting..you have 48 hours in hands to solve this problem. Try to find some one in structural enginerring or some one who is good in statics and strength in materials in enginerring.
I need the diagram too..you will be working on the part II N III here is the diagram.
ok these r the url see if it works.
where is the answer? i did not get anything from you.
This is a Engineering field question or a structural concept please use the information below to complete the diagram. And define SHEARING AND MOMENTUM FORCE ON EACH POINT INCLUDING THE REACTIONS (Ra, Rb, Vmax and Mmax)This diagram below will help to resolve the question.
The dead line is Thursday by 5pm...but if I get it by tomorrow or tonight it will be great. because I also wanted to compare with what I have done. you or any other expert only will work on the 2nd and the 3rd part of it. I just don't know how to do the diagram..everything else I am pretty much done.with it...after what I will get from you or any other expert. I will just compare it with my answers...its basic formulas or structural engineering. I need some kind of result by tonight or tomorrow morning.
Please..I will appreciate it..its a test..not even a h/w question..if you need anything just ask...And if you can not solve it leave it open for other engineers to review it. I am pretty sure you will know because of the visual work I added to the question. Those diagrams.
I hope you get it..try not to make any mistakes..If you can solve it..can you e-mail it to me XXXXX@XXXXXX.XXX..it's late night in here. thats why..
hey your answer N the diagrams r great..but I am having problem understanding it because I usually use formulas for it. since you used a software it's little bit confusing to me. and it looks little different. Did you to Maximum shearing or just shearing force? So, if you can...can you please go step by step just the answers. for instance:
Part I: Ra= And Rb=
Maximum shearing force= and Maximum bending moment=
Maximum bending moment and maximum shear stress can be read from the graphs. Anyway I will reply as given below. In 1st case, maximum bending moment is 50k-ft at x = 10, that is, in center. Maximum shear stress is 10k at A and B.In 2nd case, maximum bending moment is 10k-ft at B.Maximum shear stress 1 in BC.In 3rd case, maximum bending moment is 45.125k-ft at x = 9.5 from A.Maximum shear stress is 10.5k at B.I have used software only for plotting SF and BM diagrams.
Kindly inform me if any step is not clear. Kindly rate the answers.
what is Ra N Rb and then move in to Maximum shearing force and bending momentum force. N I am I am certain that you know what you are doing. For me its very important to understand and have all the right diagram N answers correct because it's my test. I am still confuse. But you do deserve an excellent grade.
hey I am working on this paper now
but you are not showing how u ended up getting this shearing and bm force so plese e-mail me back with showing some works. other wise I will fail this test
can you show me how u got the shearing force and bm force..I need to show work...otherwise I will fail this test..so. e-mail me back as soon as possible please.
can u please do it now..because I will have to hand it in tomorow morning...I am waiting for ur respond