A rectangular block of size is kept in three different positions
and
in turn as shown in the figure. In each case, the shaded area is rigidly fixed and a definite force
is applied tangentially to the opposite face to deform the block. The displacement of the upper face will be
a) |
Same in all the three cases |
b) |
Maximum in |
c) |
Maximum in |
d) |
Maximum in |
A rectangular block of size is kept in three different positions
and
in turn as shown in the figure. In each case, the shaded area is rigidly fixed and a definite force
is applied tangentially to the opposite face to deform the block. The displacement of the upper face will be
a) |
Same in all the three cases |
b) |
Maximum in |
c) |
Maximum in |
d) |
Maximum in |
(c) If For maximum displacement area at which force applied should be minimum and vertical side should be maximum, this is given in the |
If one of the diameters of the circle |
|||||||
a) |
|
b) |
|
c) |
3 |
d) |
2 |
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