Civil Engineering - Strength of Materials - Discussion
Discussion Forum : Strength of Materials - Section 3 (Q.No. 46)
46.
In a simply supported beam L with a triangular load W varying from zero at one end to the maximum value at the other end, the maximum bending moment is
Discussion:
15 comments Page 1 of 2.
Fatima Bukhari said:
4 weeks ago
Max BM for the SS Beam with triangular loading is 0.064wl^2, which is equal to 9√3 wl^2.
Mian Khan said:
1 year ago
Option B must be correct as the dimensions of M and WxL match.
W is load (N), L is length (m) and M is Bending Moment (N-m).
W is load (N), L is length (m) and M is Bending Moment (N-m).
Avinash said:
4 years ago
It's Wl^2/9 √3.
(1)
Jojo said:
6 years ago
I thank the answer 2*(Ù¢)^0.5wl2/9√3^0.5.
Prince said:
6 years ago
It is WL2 ÷ 9√3.
Kruti said:
7 years ago
Here Wl*2/12.
Pant_lok said:
7 years ago
The shape of bending comment in uniformly varying load is Cubical. So the answer is whose power is cubical.
Noora said:
7 years ago
It should be wl^2/9*√3.
(1)
Rajesh said:
7 years ago
How? Please explain the solution.
Aaqib said:
8 years ago
WL/9√3 is the correct option.
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