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Byju's Answer
Standard XII
Physics
Problem Solving
In the given ...
Question
In the given figure all surface are smooth. Find acceleration of block A with respect to wedge. If acceleration of wedge with respect to ground is :
(i)
a
=
5
m
/
s
2
(ii)
a
=
10
m
/
s
2
(iii)
a
=
7.5
m
/
s
2
Open in App
Solution
F.B.D for block A with respect to Wedge having acceleration
=
a
pseudo force on mass A
=
m
a
m
g
sin
37
−
a
m
cos
37
m
=
a
′
m
(
g
sin
37
−
a
cos
37
)
m
=
a
′
∴
a
′
=
g
sin
37
−
a
cos
37
As,
sin
37
∘
=
3
5
&
cos
37
∘
=
4
5
a)
a
1
=
10
(
3
5
)
−
5
(
4
5
)
=
6
−
4
=
2
m
/
s
2
down the inclination.
b)
a
2
=
10
(
3
5
)
−
10
(
4
5
)
=
6
−
8
=
−
2
m
/
s
2
up the
inclination
.
c)
a
3
=
10
(
3
5
)
−
7.5
(
4
5
)
=
6
−
6
=
0
m
/
s
2
remains at rest.
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Similar questions
Q.
Wedge is accelerated towards left shown in figure.
θ
=
30
∘
and all surface are smooth. The acceleration of block w.r.t wedge is
(
g
=
10
m
/
s
2
)
Q.
Block
A
is placed on a rough wedge
B
which is placed on a smooth surface. The wedge has angle of inclination of
30
o
and is imparted a horizontal acceleration g towards right. Block
A
is given an initial velocity
v
0
along w.r.t. incline. Find the coefficient of friction for which block
A
moves with constant velocity
v
0
with respect to wedge
(
g
=
10
m
/
s
2
)
.
Q.
A block of mass
m
is lying on a wedge having inclination of
α
=
tan
−
1
(
1
5
)
. Wedge is moving with a constant acceleration of
2
m/s
2
. Find the minimum value of coefficient of friction so that
m
remains stationary with respect to wedge. Take
g
=
10
m/s
2
.
Q.
Figure shows a wedge of mass
2
kg
resting on a frictionless floor. A block of mass
1
kg
is kept on the frictionless wedge and the wedge is given an acceleration of
5
m/s
2
towards right. Then select the correct statement. (Assume
g
=
10
m
/
s
2
)
Q.
What is the acceleration (in
m/s
2
)
of the block of mass
m
relative to the wedge of mass
M
for the figure shown? Assume all surfaces to be smooth. Take
g
=
10
m/s
2
.
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