At a World Cup soccer game, a fan blows a 0.75 m long horn which is an open air column. What are the two lowest resonant frequencies, that will heard if the temperature in the stadium is 33°C, and what relationship exists between these two notes?

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CHAPTER 8/9 – SOUND AND WAVES
Practise
1. At a World Cup soccer game, a fan blows a 0.75 m long horn which is an open air
column. What are the two lowest resonant frequencies, that will heard if the
temperature in the stadium is 33°C, and what relationship exists between these two
notes?
2. A tuning fork with a frequency of 512 Hz is struck at the same time as a guitar string. If
24 beats are heard in 6.0 s, find the possible frequency or frequencies of the guitar
string.
3. The distance between the second and sixth crests in a wave is 75 cm, and one crest
travels a distance of 25 cm in 3.0 s. Find the frequency of the wave.
4. The speed of sound at an altitude of 10 km (the height at which most jumbo jets fly) is
approximately 295 m/s. If a jumbo aircraft flies at speeds of 675 km/h when cruising,
what is its Mach number?
Transcribed Image Text:CHAPTER 8/9 – SOUND AND WAVES Practise 1. At a World Cup soccer game, a fan blows a 0.75 m long horn which is an open air column. What are the two lowest resonant frequencies, that will heard if the temperature in the stadium is 33°C, and what relationship exists between these two notes? 2. A tuning fork with a frequency of 512 Hz is struck at the same time as a guitar string. If 24 beats are heard in 6.0 s, find the possible frequency or frequencies of the guitar string. 3. The distance between the second and sixth crests in a wave is 75 cm, and one crest travels a distance of 25 cm in 3.0 s. Find the frequency of the wave. 4. The speed of sound at an altitude of 10 km (the height at which most jumbo jets fly) is approximately 295 m/s. If a jumbo aircraft flies at speeds of 675 km/h when cruising, what is its Mach number?
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