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Standard VII
Physics
Distance
6. The displa...
Question
6. The displacement of a particle executing SHM given as X=0.01 sin 100(t+0.05) then the time period is?
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Similar questions
Q.
The displacement of a particle executing
S
H
M
is given by:
x
=
0.01
sin
100
π
(
t
+
0.05
)
. The time period is:
Q.
The displacement of a particle executing SHM at any instant t is
x
=
0.01
sin
100
(
t
+
0.05
)
then its time period will be
Q.
The displacement of a particle executing SMH is given by
x
=
0.01
s
i
n
100
π
(
t
+
0.05
)
.
The time period is
Q.
The motion of a particle executing SHM is given by
x
=
0.01
sin
100
π
(
t
+
0.05
)
, where
x
is in metre and
t
in second. The time period of motion(in second) is:
Q.
The motion of a particle executing SHM is given by x = 0.01 sin 100, where x is in metre and time t is in second. The time period is
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