Byju's Answer
Standard XII
Physics
Differential Equation of Wave
A wave is rep...
Question
A wave is represented by
y
2
=
20
c
o
s
(
5
x
+
25
t
+
π
3
)
interferes with the first wave. Deduce the amplitude and phase of the resultant wave.
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Q.
A wave is represented by
y
1
=
10
c
o
s
(
5
x
+
25
t
)
where, x is measured in metres and t in seconds. A second wave for which
y
2
=
20
c
o
s
(
5
x
+
25
t
+
π
3
)
interferes with the first wave. Deduce the amplitude and phase of the resultant wave.
Q.
A wave is represented by
y
1
=
10
cos
(
5
x
+
25
t
)
, where
x
and
y
are measured in
centimetres
and
t
in
seconds
. A second wave for which
y
2
=
20
cos
(
5
x
+
25
t
+
π
/
3
)
interferes with the first wave. Find the amplitude and phase of the resultant wave.
Q.
A wave is represented by
y
1
=
10
cos
(
5
x
+
25
t
)
, where
x
and
y
are measured in
centimetres
and
t
in
seconds
. A second wave for which
y
2
=
20
cos
(
5
x
+
25
t
+
π
/
3
)
interferes with the first wave. Find the amplitude and phase of the resultant wave.
Q.
If the two waves represented by
y
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=
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s
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n
ω
t
and
y
2
=
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i
n
(
ω
t
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π
/
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interfere at a point, the amplitude of the resulting wave will be about
Q.
Two light waves are represented by
y
1
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2
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3
)
. The resultant amplitude due to interference will be
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