When a guitar string is sounded along with a 430 Hz tuning fork, a beat frequency...
When a guitar string is sounded along with a 430 Hz tuning fork, a beat frequency of 4.00 Hz is heard. When the same string is sounded along with a 425 Hz tuning fork, the beat frequency is 9.00 Hz. What is the frequency of the string?
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When a guitar string is sounded along with a 430 Hz tuning fork,
a beat frequency...
A guitar string produces 7 beats/s when sounded with a 350-Hz tuning fork and 2 beats/s...
A guitar string produces 7 beats/s when sounded with a 350-Hz tuning fork and 2 beats/s when sounded with a 355-Hz tuning fork. What is the vibrational frequency of the string?
A guitar string has a linear density of 8.30*10^-4 kg/m and a length of 0.660m. The...
A guitar string has a linear density of 8.30*10^-4 kg/m and a length of 0.660m. The tension in the string is 52.0N. When the fundamental frequency of the string is sounded with a 196.0Hz tuning fork, what beat frequency is heard?
Tuning a guitar string, you play a pure 330 Hz note using a tuning device, and...
Tuning a guitar string, you play a pure 330 Hz note using a
tuning device, and pluck the string. The combined notes produce a
beat frequency of 5 Hz. You then play a pure 350 Hz note and pluck
the string, finding a beat frequency of 25 Hz. What is the
frequency of the string note?
Tuning a guitar string, you play a pure 330 Hz note using a tuning device, and pluck the string. The combined notes produce a...
Jennifer is using a tuning fork to tune her fifth guitar string, which should be at...
Jennifer is using a tuning fork to tune her fifth guitar string, which should be at a frequency of 110 Hz, or note A2 in music terms. When she rings the tuning fork and plucks her guitar string, she hears 8 beats/s. Note: parts (a) and (b) require absolute accuracy. Your answer must be exactly correct-not just within 5% (a) What are the two possible frequencies of Jennifer's guitar string? fmAx Number Units Number Units min (b) When Jennifer loosens...
Jennifer is using a tuning fork to tune her fifth guitar string, which should be at...
Jennifer is using a tuning fork to tune her fifth guitar string, which should be at a frequency of 110 Hz, or note A2 in music terms. When she rings the tuning fork and plucks her guitar string, she hears 8 beats / s. Note: parts (a) and (b) require absolute accuracy. Your answer must be exactly correct--not just within 5%. (a) What are the two possible frequencies of Jennifer's guitar string? Fmax = Number Units f min = Number...
A tuning fork with a frequency of 440Hz produces 4 beats per second when sounded together...
A tuning fork with a frequency of 440Hz produces 4 beats per second when sounded together with a violin string. What was the original frequency of the string if a slight increase in tension produces fewer beats per second than before?
The G-string on a guitar is 64.8 cm long and is properly tuned to 196 Hz...
The G-string on a guitar is 64.8 cm long and is properly tuned to 196 Hz (fundamental) frequency. Sketch the first harmonic on this guitar string at two different times. What is the frequency of the G note one octave above this frequency? One octave below? What is the frequency of the note a perfect fifth above this frequency? What is the wavelength of the first harmonic of this guitar string? What is the speed of waves on this guitar...
Question 5 1 pts Tuning fork A has a frequency of 440 Hz. When A and...
Question 5 1 pts Tuning fork A has a frequency of 440 Hz. When A and a second tuning fork B are struck simultaneously, four beats per second are heard. When a small mass is added to one of the tines of B, the two forks struck simultaneously produce two beats per second. The original frequency of tuning fork B was 436 Hz. 432 Hz. 444 Hz. 448 Hz 438 Hz.
5) A 67 cm guitar string (density = 0.8 g/cm) is out of tune. The ambient...
5) A 67 cm guitar string (density = 0.8 g/cm) is out of tune. The ambient temperature is 20 C. When tuning the guitar string against a 440 Hz tuning fork, the guitarist hears a beat frequency of 4 Hz. By tightening the string, it is tuned to A at 440 Hz. a) What was the frequency of the untuned string? b) How much did string tension change when tuning this string to 440 Hz?
Question8 Current Attempt in Progress In Concept Simulation 17.2 you can explore the concepts that are...
Question8 Current Attempt in Progress In Concept Simulation 17.2 you can explore the concepts that are important in this problem. A 466-Hz tuning fork is sounded together with an out-of-tune guitar string, and a beat frequency of 4 Hz is heard. When the string is tightened, the frequency at which it vibrates increases, and the beat frequency is heard to decrease. What was the original frequency of the guitar string? Number Units Attempts: O of 4 used Save for Later...
Tuning a guitar string, you play a pure 330 Hz note using a
tuning device, and pluck the string. The combined notes produce a
beat frequency of 5 Hz. You then play a pure 350 Hz note and pluck
the string, finding a beat frequency of 25 Hz. What is the
frequency of the string note?
Tuning a guitar string, you play a pure 330 Hz note using a tuning device, and pluck the string. The combined notes produce a...
Jennifer is using a tuning fork to tune her fifth guitar string, which should be at a frequency of 110 Hz, or note A2 in music terms. When she rings the tuning fork and plucks her guitar string, she hears 8 beats/s. Note: parts (a) and (b) require absolute accuracy. Your answer must be exactly correct-not just within 5% (a) What are the two possible frequencies of Jennifer's guitar string? fmAx Number Units Number Units min (b) When Jennifer loosens...
Jennifer is using a tuning fork to tune her fifth guitar string, which should be at a frequency of 110 Hz, or note A2 in music terms. When she rings the tuning fork and plucks her guitar string, she hears 8 beats / s. Note: parts (a) and (b) require absolute accuracy. Your answer must be exactly correct--not just within 5%. (a) What are the two possible frequencies of Jennifer's guitar string? Fmax = Number Units f min = Number...
Question 5 1 pts Tuning fork A has a frequency of 440 Hz. When A and a second tuning fork B are struck simultaneously, four beats per second are heard. When a small mass is added to one of the tines of B, the two forks struck simultaneously produce two beats per second. The original frequency of tuning fork B was 436 Hz. 432 Hz. 444 Hz. 448 Hz 438 Hz.
Question8 Current Attempt in Progress In Concept Simulation 17.2 you can explore the concepts that are important in this problem. A 466-Hz tuning fork is sounded together with an out-of-tune guitar string, and a beat frequency of 4 Hz is heard. When the string is tightened, the frequency at which it vibrates increases, and the beat frequency is heard to decrease. What was the original frequency of the guitar string? Number Units Attempts: O of 4 used Save for Later...
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