Determine the normal force at B in the wedge shown. Take the value of – McqOptions

MCQOPTIONS

1.	Determine the normal force at B in the wedge shown. Take the value of the coefficient of friction to be 0.3. Assume that the block doesn’t slip at C.
A.	2452 N
B.	215 KN
C.	3150 N
D.	415 KNView Answer
Answer» B. 215 KN

Discussion

No Comment Found

Related MCQs

Determine the minimum amount of the force P required to remove the wedge shown. Take the value of the coefficient of friction to be 0.3. Assume that the block doesn’t slip at C.
In the simplification of the forces applied in the wedges net force acts at the ___________ of the loading body.
What is j.j?
In the free body diagrams involving the wedges we have use of vector math, so for two vectors A and B, what is A.B (if they have angle α between them)?a) |A||B| cosαb) |A||B|c) √(|A||B
Determine the normal force at B in the wedge shown. Take the value of the coefficient of friction to be 0.3. Assume that the block doesn’t slip at C.
Which one is not the condition for the equilibrium in free body diagram for calculation of the normal forces along the body kept over the wedge, consider all forces to be straight and linear?
In the free body diagrams involving the wedges we have use of vector math, so for two vectors A and B, what is A.B (if they have angle ‚âà√≠¬¨¬± between them)?$#
2452_N$
Sometimes in the calculations involving the wedges, there are situations when there is a toppling effect on the body. In that, if the net moment of the body is zero that means the distance between the force and the rotational axis is zero.
What_is_j.j?