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A cantilever of length L is subjected to a bending moment...

This question belongs to Civil Engineering Theory Of Structures
Theory of Structures
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A cantilever of length ‘L’ is subjected to a bending moment ‘M’ at its free end. If E$$I$$ is the flexural rigidity of the section, the deflection of the free end, is

Answer & Solution
Correct Answer: Option D
$$\left(\frac{2}{3}\right)^3$$
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19 Comments
Rohit Kumar
Rohit Kumar 4 years ago
Right Anwer is C
Birsingha Gp
Birsingha Gp 4 years ago
ML^2/2EL MAXIMUM DEFLECTION
ML/EI MAXIMUM SLOPE
Nagendra Basnet
Nagendra Basnet 4 years ago
C is correct
Mehran Khan
Mehran Khan 4 years ago
ML^2/2EI
Nawaz Khan
Nawaz Khan 4 years ago
Option c is correct this one is for load at free end of contilver beam any one .......
Nawaz Khan
Nawaz Khan 4 years ago
Option c is correct this one is for load at free end of contilver beam any one .......
Nawaz Khan
Nawaz Khan 4 years ago
Option c is correct this one is for load at free end of contilver beam any one .......
Habib Khan
Habib Khan 4 years ago
ML*2/2EI
Mohit Adhana
Mohit Adhana 5 years ago
Ml³/3EI
THE ZEAL
THE ZEAL 5 years ago
C will be correct
Haider Ghani
Haider Ghani 6 years ago
defecation for cantilever with end load =PL^3/3EI
M=P*L
defecation for cantilever with end Moment =ML^2/3EI
Cric Maniac
Cric Maniac 6 years ago
Ml2/EI×2
Kaushik Bakshi
Kaushik Bakshi 7 years ago
C is the correct answer
MAHENDRA BARIK
MAHENDRA BARIK 7 years ago
Ans C option
Revathi Potharlanka
Revathi Potharlanka 7 years ago
ML SQUARE /2EI is the right answer
Deepak Shukla
Deepak Shukla 7 years ago
According to R. Aghor option C is correct.
Sachin Meshram
Sachin Meshram 8 years ago
Right answer is ML^2/2EI
Satyendra Sonakiya
Satyendra Sonakiya 8 years ago
this ans is wrong
the right is 3rd
slope at free end = ML/EI ,
deflection at free end =ML^2/(2EI)
Sandeep Chavan
Sandeep Chavan 8 years ago
Correct answer is ml^2/2EI
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