Civil Engineering - Strength of Materials - Discussion
Discussion Forum : Strength of Materials - Section 5 (Q.No. 6)
6.
The B.M. diagram of the beam shown in below figure, is
Discussion:
21 comments Page 2 of 3.
Roop Kumar said:
7 years ago
Correct answer is triangular.
Avi said:
9 years ago
Correct answer is triangular.
(1)
Sandeep Polaki said:
9 years ago
The answer can be rectangular only if the question would be, what is the shape of the shear force diagram rather than a bending moment diagram?
Arun chauhan said:
9 years ago
Shear diagram will be rectangular but b, m will be in triangular shape.
Bahaa said:
9 years ago
Having the shear is constant and we have an applied moment of one end, the B.M needs to be of a triangular shape.
Reshu agrawal said:
9 years ago
Yes, the correct answer is a triangle.
Ra + Rb = 0 (because there is no any load).
Bending moment on support b =0.
BM on support A = M (moment).
So, the diagram will be a triangle.
Ra + Rb = 0 (because there is no any load).
Bending moment on support b =0.
BM on support A = M (moment).
So, the diagram will be a triangle.
KSHITIJ said:
10 years ago
Wrong answer, it should be triangular.
Proof:
Moment at a section x from left end is given by:
M = m-m*(x/l).
m = moment applied at left end.
So at x = 0; M = m.
At x = L; M = 0.
Proof:
Moment at a section x from left end is given by:
M = m-m*(x/l).
m = moment applied at left end.
So at x = 0; M = m.
At x = L; M = 0.
Akash.choudhary said:
10 years ago
Yes it should be triangular because the moment acting on the support.
Vivek said:
1 decade ago
It should be triangular.
Jaish said:
1 decade ago
It can't be rectangular.
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