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A string 1.2 m long, fixed at both ends, vibrates in… | StemPy Lab
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A string 1.2 m long, fixed at both ends, vibrates in its third harmonic at 300 Hz, forming the standing wave shown in the figure. The speed of waves on the string and its fundamental frequency are
Physics
Medium
High School (11–12)
Waves & Sound › Superposition and Standing Waves
Created by
StemPy Lab
A string
1.2
m
1.2\ \text{m}
1.2
m
long, fixed at both ends, vibrates in its third harmonic at
300
Hz
300\ \text{Hz}
300
Hz
, forming the standing wave shown in the figure. The speed of waves on the string and its fundamental frequency are
Fig. 1: A string 1.2 m long, fixed at both ends, vibrating in three loops, with nodes at both ends and two more in between.
120
m/s
120\ \text{m/s}
120
m/s
and
50
Hz
50\ \text{Hz}
50
Hz
240
m/s
240\ \text{m/s}
240
m/s
and
300
Hz
300\ \text{Hz}
300
Hz
360
m/s
360\ \text{m/s}
360
m/s
and
100
Hz
100\ \text{Hz}
100
Hz
240
m/s
240\ \text{m/s}
240
m/s
and
100
Hz
100\ \text{Hz}
100
Hz
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