0
A tuning fork of frequency 256Hz is vibrating near another tuning fork A beat pattern of frequency 6.6Hz is produced What can you say about the frequency of the second tuning fork?
Wiki User
∙ 14y ago
Sounding two Tuning Forks at once will not give you one frequency. The "sound" that you hear will be a harmonic combination of the two frequencies. However because of acoustics the higher one (266Hz) will seem more prominent than the other.
Wiki User
∙ 14y ago
Wiki User
∙ 14y agoIt's either 249.4 Hz or 262.6 Hz. We don't know which one is higher and which one is lower,
only that their difference is 6.6 Hz.
Wiki User
∙ 12y ago3 possible: 2 Hz, 3 Hz, and 5 Hz
Wiki User
∙ 12y ago8 Hertz.
Wiki User
∙ 12y ago8Hz.
Add your answer:
Earn +20 pts
What is the crossing pattern produced when you dip both sides of the tuning fork called?
it is called an interference pattern.
Who created the paisley pattern design?
Named after the town of Paisley in Scottland or The town in Scottland was named after the Paisley pattern?? I'm not sure but, The Paisley pattern came from India and got shipped to Britain in trade for British goods.
How does a musical instrument produce sound at different pitches?
A violin string or the air column inside a flute vibrate not only at a fundamental frequency but also at certain whole-number multiples of that frequency called harmonics. Thus an instrument actually produces many different tones simultaneously, and the particular harmonic pattern gives each type of instrument a unique sound quality.
Why do the same notes on different instruments not sound the same?
Notes and frequenciesThe way your question is phrased indicates some confusion on your part. First, you must understand that the fundamental frequency of a particular note is fixed, regardless what instrument produces the tone. Whether it's the human voice, a violin, piano, water-filled glass, or even a bent saw, the fundamental frequency determines the name of the note. For example, the note A4 is heard when a vibration with a fundamental frequency of 440 Hertz (Hz) is produced. The note C4, or "middle C," is produced by any instrument that produces vibrations of 261.63 Hz.What makes a violin sound different from, say, a flute or a carpenter's saw are the harmonics produced by the instrument. Harmonics are the subtle frequencies produced by the instrument that are multiples above the fundamental frequency. Different instruments create different harmonics that contribute to their unique timbre, which allows you to distinguish the instruments apart.Second, it is important to understand that not all instruments use the same notation to represent the tones. (This may be at the heart of why you phrased the question as you did.) Some instruments, such as the piano and guitar, are "C" instrument, others are "Bb" instruments, while still others are "Eb" instruments. If three musicians using instruments with the different tunings all look at and play the same note on a staff, the tones created will sound different, because the musicians won't be playing tones of the same frequency. Composers have to adjust their notation to compensate for the different tunings of the instruments they employ.Check out the link at the lower left to the frequency of notes page.You should also note that the difference of a concert C on a trumpet and a concert C is called timber. It still has the same frequency though.
What is a pattern in music?
pattern rule means what your pattern en-creases by, and your base and then pattern say my pattern is 2,4,6,8,10 then i say it increases by 2 each time so that is what a pattern rule is.
Why sound travels?
sound travells by vibrating molecules in the air in a wavelike pattern.
Can light be created by vibrations?
Yes. When a charged particle such as an electron vibrates, it emits both an electric field and a magnetic field in a wavelike pattern. This electromagnetic wave is the same as a light wave, and if the charged particle is vibrating at the right frequency, it will emit visible light.
How are Sound produced?
Sounds are nothing more than disruptions in the air. They can happen with varying degrees of intensity (amplitude) and frequency (frequency). Amplitude correlates with loudness, and frequency correlates with pitch (how high or low the sounds are). Sound waves can also vary in complexity, giving rise to a given sound's timbre. Sound can be transmitted by materials other than air.Sounds are produced when objects vibrate. As they vibrate, particles of air are pushed together in a particular pattern. this pattern is a sound wave. Sound energy travels in compressional waves. In this, matter vibrates in the same direction as the energy travels through it.
Does the intensity of light affect the diffraction pattern?
No. The diffraction pattern does depend on the frequency, though.
What are pattern allowances?
pattern is the model orreflica of the cast to be produced
Why does sound need a medium to travel through solid liquids and gases?
Sound is a pattern of vibrating particles of matter; these particles are necessarily in the form of a solid, liquid, or gas. If there are no particles of matter (in other words, a vacuum) then there will be no pattern of vibrations, since there is nothing to vibrate. Electromagnetic waves (such as light) are different. They are still generated by vibrating particles (usually electrons) but they do not consist of vibrating particles, but of electromagnetic fields. That is why they, unlike sound, can travel even in a vacuum.
What is the pattern between frequency of a wave and its wavelength?
Their product is the wave's speed.
What is definition of rhythm?
A strong, regular, repeated pattern of movement or sound.
A substance is made up of constantly vibrating particles arranged in a regular geometric pattern This substance is a?
Solid. Most likely a crystalline.
What are brainwaves?
Brainwaves are electrical patterns of activity in the brain that can be detected and measured using specialized equipment like an electroencephalogram (EEG). They are categorized into different frequency bands such as delta, theta, alpha, beta, and gamma, and each band is associated with specific states of consciousness or mental activities. Brainwaves play a crucial role in regulating various functions such as cognition, emotions, and overall brain function.
How does the interference pattern change as the wavelength changes?
irst, a change in wavelength (or frequency) of the source will alter the number of lines in the pattern and alter the proximity or closeness of the lines. An increase in frequency will result in more lines per centimeter and a smaller distance between each consecutive line.
Which of the following is technique for regonizing an attack signature?
they are frequency, pattern, correlation and statistical technique.
