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Byju's Answer
Standard XII
Physics
Displacement of COM:Application
A particle of...
Question
A particle of mass 2kg located at position (i + j) units has velocitu 2(i-j+k) units its angular momentum about origin is
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Q.
A particle of mass
2
k
g
located at the position
(
^
i
+
^
j
)
m
has a velocity
2
(
^
i
−
^
j
+
^
k
)
m
/
s
. Its angular momentum about z-axis in
k
g
m
2
/
s
is :
Q.
A particle. has the position vector
r
=
^
i
−
2
^
j
+
k
and the linear momentum
p
=
2
^
i
−
^
j
+
^
k
. Its angular momentum about the origin is
Q.
A particle has the position vector
→
r
=
^
i
−
2
^
j
+
^
k
and the linear momentum
→
p
=
2
^
i
−
^
j
+
^
k
. Then, its angular momentum about the origin is
Q.
The position of a particle is given as
→
r
=
→
i
+
2
→
j
−
→
k
and its momentum by
→
p
=
3
→
i
+
4
→
j
−
2
→
k
. The angular momentum is perpendicular to :
Q.
A unit mass at position vector
→
r
=
(
3
^
i
+
4
^
j
)
is moving with a velocity
→
v
=
(
5
^
i
−
6
^
j
)
What is the angular momentum of the body about the origin
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