4) A guitar string, length L=6479 m, has mass 2.275 grams and when in tune, has tension F = 71.11 N. a) With mass in kg, find the linear mass density of the string, then the speed of the waves on the string. kg/m b) When oscillating in its fundamental mode (n = 1) what are A, and f₁? Lopen = m m/s. f₁ m This frequency causes an open tube to resonate, in air, in its second harmonic. c) What is the length of this open tube? Hz.
4) A guitar string, length L=6479 m, has mass 2.275 grams and when in tune, has tension F = 71.11 N. a) With mass in kg, find the linear mass density of the string, then the speed of the waves on the string. kg/m b) When oscillating in its fundamental mode (n = 1) what are A, and f₁? Lopen = m m/s. f₁ m This frequency causes an open tube to resonate, in air, in its second harmonic. c) What is the length of this open tube? Hz.
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A seiche is an oscillating standing wave in a body of water. The term seiche pronounced saysh) can be understood by the sloshing of water back and forth in a swimming pool. The same phenomenon happens on a much larger scale in vast bodies of water including bays and lakes. A seizure can happen in any enclosed or semi-enclosed body of water.
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Transcribed Image Text:4) A guitar string, length L=6479 m, has mass 2.275 grams and when in tune, has tension Fr = 71.11 N.
a) With mass in kg, find the linear mass density of the string, then the speed of the waves on the string.
kg/m
b) When oscillating in its fundamental mode (n = 1) what are A₁ and f₁?
Lopen
m
Lclosed=
This frequency causes an open tube to resonate, in air, in its second harmonic.
c) What is the length of this open tube?
m
m/s
f₁ =
m
Hz.
This frequency causes an closed tube to resonate, in air, in its third harmonic.
d) What is the length of this closed tube?
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