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Byju's Answer
Standard XII
Physics
Optical Fiber
A string of l...
Question
A string of length l=10 cm is fixed at one end and free at other.The maximum possible wavelength that can be generated in the string is
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Q.
A string of length
10
cm
fixed at one end and free at another end, has its fundamental frequency half that of second overtone for another string fixed at both ends. What will be the length of string fixed at both ends?
(Assume velocity of wave in both strings is same)
Q.
A string of length
10
cm
fixed at one end and free at another end, has its fundamental frequency half that of second overtone for another string fixed at both ends. What will be the length of string fixed at both ends?
(Assume velocity of wave in both strings is same)
Q.
A
12
cm
long vibrating string is fixed at one end and free at the other end. If the speed of wave on string is
48
cm/s
and string is vibrating in second overtone, find the frequency of vibration.
Q.
A standing wave is produced in a
10
m
long string fixed at one end and free at the other end. Find the wavelength of wave, if string is vibrating in its second overtone, and wave velocity is
20
m/s
.
Q.
The equation of a standing wave produced on a string fixed at both the ends is
y
=
0.4
sin
(
0.314
x
)
cos
(
600
π
t
)
, where
x
is in
cm
,
t
is in seconds. The smallest possible length of the string would be
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