Civil Engineering - Strength of Materials - Discussion
Discussion Forum : Strength of Materials - Section 2 (Q.No. 18)
18.
The B.M. of a cantilever beam shown in below figure at A, is
Discussion:
13 comments Page 1 of 2.
Muhammad Hashim said:
6 years ago
The correct answer is 12 Tm, since the moment from other end also comes to at A due to having single support. Point C is not able to withstand 4 Tm at all.
Farman said:
5 years ago
Answer is correct, due to the moment at c in the opposite direction, it actually cancels the moment due to point load, and thus net moment is zero.
(1)
Inayat Ullah Kakar said:
9 months ago
Solution:
The sum of the moment at A =0.
Here;
clockwise +
Anticlockwise -
So,
2×2-4-Ma=0
Ma=0
So the given answer is correct.
The sum of the moment at A =0.
Here;
clockwise +
Anticlockwise -
So,
2×2-4-Ma=0
Ma=0
So the given answer is correct.
(3)
Deb said:
8 years ago
It should have been 4Tm then answer is zero else it would HB been 12Tm.
(1)
Dhiru said:
5 years ago
0 because 4t is resisting moment and question is asking bending moment.
Mounika reddy said:
1 decade ago
Vay = 2T.
Take moment at C is zero.
4+(2*2)-Ma-Vay*4 = 0.
Ma = 0.
Take moment at C is zero.
4+(2*2)-Ma-Vay*4 = 0.
Ma = 0.
Lily said:
4 years ago
@All.
Just remember that B.M at the fixed end is always zero!
Just remember that B.M at the fixed end is always zero!
(1)
S K Ahmad said:
2 years ago
The unit of the moment at C should be 4Tm, not 4T/m
Vivek said:
9 years ago
BM at A = -4 + (2 * 2),
= 0.
= 0.
(1)
Rahul khan said:
4 years ago
@Lily.
0 is at free end not at fixed end.
0 is at free end not at fixed end.
(1)
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