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Byju's Answer
Standard IX
Physics
Displacement
The gravitati...
Question
The gravitational field due to a particle of mass m is given by E=3i+4j. What should be the path for which net work done by the gravitational field should be zero?
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Q.
The gravitational field in a region is given by
→
E
=
(
2
i
+
3
j
)
N
/
k
g
Find the work done by the gravitational field when a particle of mass
1
k
g
is moved on the line
3
y
+
2
x
=
5
from
(
1
m
,
1
m
)
to
(
−
2
m
,
3
m
)
.
Q.
Gravitational field in a region is given by
(
3
ˆ
i
+
2
ˆ
j
)
N
k
g
−
1
. Find the work done by the gravitational field when a particle of mass m moves from one point
(
x
1
,
y
1
)
to another
(
x
2
,
y
2
)
one the line
2
y
+
3
x
=
5
Q.
The gravitational field in a region due to a certain mass distribution is given by
→
E
=
(
4
^
i
−
3
^
j
)
N/kg
.
The work done by the field in moving a particle of mass
2
kg
from
(
2
m
,
1
m
)
to
(
2
3
m
,
2
m
)
along the line
3
x
+
4
y
=
10
is
Q.
The gravitational field in a region is given by
−
→
E
g
=
(
4
^
i
+
^
j
)
N/kg
. Work done by this field will be zero when the particle is moved along the line
Q.
The gravitational field in a region is given by
E
=
(
→
2
i
+
→
3
j
)
N
k
g
−
1
. Show that no work is done by the gravitational field when a particle is moved on the line
3
y
+
2
x
=
5
.
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