Civil Engineering - Strength of Materials - Discussion
Discussion Forum : Strength of Materials - Section 4 (Q.No. 4)
4.
A rectangular log of wood is floating in water with a load of 100 N at its centre. The maximum shear force in the wooden log is
Discussion:
23 comments Page 1 of 3.
Agha Bilal said:
6 months ago
50N at the centre is the correct answer. i.e option B.
(1)
Anu said:
1 year ago
I think 50N at centre is the right answer.
(2)
Naresh Bastakoti said:
2 years ago
Reaction from water is coming as UDL of magnitude 100/length resultant of which will be again its centre.
Pushpesh Prajapati said:
2 years ago
I think B is the right answer.
(2)
Kamlesh Kumar said:
2 years ago
50 N at the centre is the right answer.
(2)
Sanchet joshi said:
3 years ago
50 at each end.
Because shear force acts at the ends of the beam a.
Because shear force acts at the ends of the beam a.
Gopal Chaudhary said:
3 years ago
According to me, 50 N at center is the right answer.
Because there are applied to Beyonce's force.
Because there are applied to Beyonce's force.
(1)
Batt said:
3 years ago
50N at centre is the correct answer.
(1)
Prakash said:
4 years ago
Water exerts a resisting force equal to the applied point load of 100 N in the form of UDL over the whole span.
Let's say, the span is 10m long then, W=10N/M.
Now, the beam is loaded with UDL of 10N/M in an upward direction and a point load at the center.
From the SF diagram maximum shear 50N at the center.
Let's say, the span is 10m long then, W=10N/M.
Now, the beam is loaded with UDL of 10N/M in an upward direction and a point load at the center.
From the SF diagram maximum shear 50N at the center.
(2)
Sanat kumar said:
4 years ago
50 N at center will be the correct answer.
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