What frequency breaks glass

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Low Prices on Break Glass At The Official QVC Website. With High Street Beating Offers How many Hertz does it take to break glass? First, to shatter glass, the frequency of waves should be around 550 Hertz. Therefore, the person in charge of shattering the glass has to make sure that their voice can attain a frequency in that range. Can high frequencies break glass The naturally frequency of glass depends on its shape,size and chemical s. It is difficult to say because vibration may 1000 to 10000 per second.There is no constant frequency to break all glasses.. 3K view The answer is that an empty wine glass can be broken by sound alone if the sound is at the right frequency and volume. The following is a brief explanation of how sound breaks glass. Don't try this at home! A glass has a natural resonance

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  1. ed by the..
  2. Glass-shattering waves carry more energy. They're shorter and choppier; thus more of them pass through per second, at roughly 556 hertz [source: San Diego Opera ]. To shatter glass, the note's frequency must be the same as that of the glass
  3. One of the secrets of breaking the glass is the resonant frequency changes a little as the glass vibrates with a bigger displacement. When you tap the glass to hear the resonant frequency, that is actually slightly higher (by a few Hz) than the frequency you'll require. We start by tuning the frequency correctly at a low level
  4. The natural frequency of a glass depends on its shape, size, and chemical composition. It is typically between 1,000 and 10,000 vibrations per second (1-10 kHz). Because resonance is difficult to achieve, there is no one frequency that would break all glasses. Also, you can't break a square sheet of glass with resonance
  5. Glass-shattering waves carry more energy. They're shorter and choppier; thus more of them pass through per second, at roughly 556 hertz [source: San Diego Opera]. To shatter glass, the note's frequency must be the same as that of the glass. How does a voice break glass
  6. Now, the way the program works is that you strike the glass, and hopefully the voiceControllerlibrary detects a resonant frequency. The resonant frequency of wine glasses should be between 600 - 900 Hz. Once you've got that, you press the SPACEBAR, and that starts playing that resonant frequency out the speakers

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Most glass break sensors function by using an audio microphone that recognizes the frequency of broken glass. If the right frequency is detected, the alarm sounds. Most glass break sensors have a working radius of several feet, so placing one in the middle of a room with multiple windows will usually be sufficient to detect shattering glass in. To prevent this, manufacturers use two main techniques for designing glass that breaks more safely: Laminated glass: The glass commonly used in windshields and high-rise windows is made by sandwiching a sheet of polyvinyl butyral (PVB) plastic between two or more pieces of glass and bonding them together under heat and pressure Rubbing the rim of a wine glass with a wet finger will cause it to resonate at its resonant frequency. The glass is placed in front of a speaker playing a sine wave, created by the function generator, of this same frequency. When the amplitude is turned up, we can see by shining a strobe light at the glass that this resonant frequency causes it. Find the resonant frequency of your glass. Flick the glass with your fingernail gently and listen carefully to the ringing sound. This is the resonant frequency of your glass, and you will have to match and sustain this pitch to cause it to break

Question: What Frequency Can Break Glass? - Ceramic

What is the frequency to break glass? - Quor

Rubbing the rim of a wine glass with a wet finger will cause it to resonate at its resonant frequency. The glass is placed in front of a speaker playing a si.. The note that a wine glass makes when you hit it is its resonant frequency - the frequency at which the glass vibrates most efficiently. If you can match this tone you can smash the glass. The note will be around one octave above middle C, depending on the size of the glass. The real trick is singing loudly enough The sound passes from molecule to molecule until it hits the glass. But to break glass, you need to broadcast not only a sound that is just the right frequency, but also has a high enough amplitude.. Can sounds actually break glass? If so, is there a special frequency or decibel level needed? Asked by: Brooke Answer Of course! Yes! Sound can indeed break glass. This is a wonderful question. What make this a good question is that it indicates that, like many people, you do not realize how powerful unseen forces can be Physics suggests that a voice should be able to break glass. Every piece of glass has a natural resonant frequency—the speed at which it will vibrate if bumped or otherwise disturbed by some..

To break the glass, you need to broadcast not only a sound that is *just* the right frequency, but also has a high enough amplitude (loudness) to exceed the strength of the glass to resist those vibrations. When the sound gets too loud for the glass to vibrate, it shatters the glass It should be emphasized to the class that the frequency of the sound is all important to exciting resonance vibrations; shear volume (intensity) won't do a thing if it's off resonance. This is demonstrated first so that students aren't left with theimpression that any loud high note will break a glass granted, if you took that champagne glass and wrapped it up in blodo and flesh.. it wouldnt explode so easily. but take that frequency upon which it breaks, and magnify it 1000X through some machine and it will still break the champagne glass even inside. i dont know if my idea is feasible at all


How does sound break glas

Move the microphone away from the wine glass and place the Plexiglas shield in front (to prevent broken glass from spraying into the class). Turn up the amplifier volume to quite loud and the glass will break. The sound is loud, but not painful to the operator. At the position of the glass, it is approximately 140 dB The following is a brief explanation of how sound breaks glass. A glass has a natural resonance. Resonance is the natural frequency at which the glass will readily vibrate. To find the resonance of the glass, ping the glass and listen to the sound. That is the correct frequency (or tone) for the glass to start to vibrate

At what sound Frequency does a glass break at? Yahoo Answer

Sound is a vibration, which can be transmitted to a physical object, such as glass. If the pitch of the sound matches the natural vibration frequency of the object, and if the volume of the sound is loud enough, then the resulting vibration can cause the object to break A human voice producing that same natural frequency will also cause the glass to vibrate. This common phenomenon is known as resonance and occurs because the singer's voice displaces nearby air.

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Can you really shatter a glass with a high note

The famous opera singer, Enrico Caruso, born in 1873 in Italy, reportedly could shatter a glass with his voice, but there was no proof. In the 1970s, an advert showed Ella Fitzgerald smashing a glass with her voice - but it was amplified to louder than 100 decibels through Memorex speakers If the amplitude of the driving force is low, the system may survive the input. For instance, you could take a glass that would be broken by a loud sound at a certain frequency, but a quieter sound at that same frequency may not break the glass, no matter how long the duration of the sound Glass break detectors often require: Amplification and filtering of both low-frequency (< 300 Hz) and subsequent high-frequency (> 9kHz) glass break sounds Reduced maintenance through battery powered designs with long battery life Ultra-low-power wireless communication with 2.4GHz and Sub-1GHz network Know when an intruder breaks your window by installing the Qolsys IQ Wireless S-Line Encrypted Glass Break Sensor (AKA the IQ Glass). Used with any compatible control panel/receiver (319.5 MHz wireless frequency), such as a GE/Interlogix Panel (NetworX, Simon, etc.) or a Qolsys IQ Panel, this wireless, battery-powered sensor detects the pitch.

How to breaking glass with sound - Sound science for

  1. To smash a glass, you'll need to blast it with upwards of 100 decibels of sound, which is roughly equivalent to a lawn mower. Alas, it won't work with tumblers. Wine glasses and champagne flutes..
  2. In 2005, the guys on MythBusters brought us the first recorded and confirmed proof that an unamplified voice can break glass. Rock singer and vocal coach Jamie Vendera had the right frequency (556..
  3. But no matter how loud the sound, if the pitch doesn't match the resonant frequency of the glass, the glass will reflect most of the energy and won't break. And the singer also needs to hold that..

Any non-tempered glass will normally break as a single crack or multiple cracks, which develop or propagate from origin either spontaneously or gently. Spontaneous breakage in tempered glass is however much more dramatic, as the whole pane of tempered glass breaks with a loud noise and high visibility as it breaks into thousands of small pieces Free sound effects of shattering and breaking glass. Includes car window, beer bottle, wine glasses and light bulbs being broken. Highest quality HD recorded MP3 downloads. These free glass shattering and breaking sound effects can be downloaded and used for video editing, adobe premiere, foley, youtube videos, plays, video games and more First, to shatter glass, the frequency of waves should be around 550 Hertz. Therefore, the person in charge of shattering the glass has to make sure that their voice can attain a frequency in that range. You'll have to scream really loud (Credits: luxorphoto/Shutterstock) Another important factor is the loudness or intensity of the sound wave

Break Glass with Resonant Frequency. Breaking A Wine Glass By Detecting Resonant Frequency in Python. Accompanies a blog post at Make Art with Python. Running this Progra By finding the right resonance frequency of a glass and singing loudly at that tone, the glass will vibrate and eventually break. (One way to find the resonance frequency is by flicking the glass.. If the glass is stubborn, and it is tempered, nick away at the face of the glass with the claw end of a hammer until the glass breaks, then peel and clean it away. Bed the new glass in 100% silicone or follow the manufacturer's glazing instructions, then install the glass and the stops Making a wine glass sing is a common pastime some after finishing a nice dinner as boredom peaks (in a nice restaurant). However, there is more to this pastime than simple, endless, mindless enjoyment. There is an arbitrary frequency that produces each note in the sonic sound scale Everything has a resonance frequency. If the sound wave has the correct frequency and is continuously supplying energy to the glass, then eventually yes it will eventually break. Bullet proof glass is a very tough material (it absorbs a lot of energy) so it would take a lot of energy to break. 430 view

The frequency that will break a glass depends entirely on what the resonant frequency of the glass is, and that's determined by the quality of the glass itself, its thickness, shape, temperature, etc.,. 5 1. QuiteNewHere. Lv 7. 1 decade ago. A glass has a natural resonance, a frequency at which it will vibrate easily. A recent example of. Essentially, the glass breaks because the sound is at the right frequency. Every object has a natural frequency (vibrations per second), at which it prefers to vibrate. This is called the resonant frequency . If you tap a quality wineglass next to your ear, you'll hear it sing at that frequency -The glass will only break when the sound is at the resonant frequency of the glass. -This creates standing waves in the glass. -The glass will only shatter if the sound is at a high enough volume (amplitude)-Otherwise, at a lower volume at resonant frequency, no matter the duration, the glass will vibrate but not shatte The following is a brief explanation of how sound breaks glass. A glass has a natural resonance. Resonance is the natural frequency at which the glass will readily vibrate. To find the resonance of..

Re: What is the frequency that can break glass

  1. After enough amplitude additions, the glass rim moves beyond the elas-tic limit and the glass breaks. The explanation implies that the external frequency from the speaker has to match the natural frequency of the glass. But there is more to it: the glass has some natural damping that nullifies feeble attempts to increase the glass rim amplitude
  2. g from a person's voice or another source) would have to match the vibration o the glass
  3. g a diameter of the open part of the glass to be 8 cm, the speed of sound though air 343 m/sec at 20 deg C, and 300 Hz to be the resonant frequency, the.
  4. A glass break detector uses an audio microphone to pick up the actual frequency of broken glass. If the glass break detector hears broken glass, an alarm is activated. Therefore, door and window sensors protect the door or window from being forced open and glass break detectors protect against someone breaking the glass and climbing through.
  5. The high frequency channel 16 detects signals characteristic of two events that occur when glass breaks: the sound of the impact that initiates the break, and the glass shattering. Analysis section 18 analyzes the pulse widths of the detected signal to make sure it is in fact characteristic of the impact and shattering events
  6. The usual problem with thickness comes with lowering the frequency where the glass panel vibrates. With enough thickness, the frequency of the audio can go so low that it can be at an audible range to the human ear. To prevent coincidence frequency, a lot of soundproof windows use a variant thickness for multiple layers. The usual combination.
  7. Electronic tone + speakers + glass. fundamental frequency: Schwenke's idea is to play the fundamental frequency of the glass back at it in order to get it to break. The fundamental frequency is the main frequency you get when you flick a crystal glass to make it ring. In this case, the fundamental frequency of their glass was 562 hertz
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Quick Answer: What Causes Vibrations To Break Glass

  1. Sometimes a stone or crystal just suddenly breaks. It can upset you especially when it is one of your most favorite pieces. Let's look at the energy aspect of what has happened. Think of it as the singer and wine glass shattering scenario. What causes that to happen? The frequencies of the wine glass wer
  2. There are two main types of Glass Break detectors: Shock Sensor and Acoustic Sensor. Acoustic Glass Break sensors are tuned to an audio frequency that is produced by large panes of glass shattering or breaking. A microphone inside the sensor can pick up on the unique auditory signature of glass breaking within 15 feet from any angle
  3. A glass break detector uses a microphone to listen for the specific acoustical frequency that is generated by breaking glass. They work very reliably. There are also dual tech glass break detectors. Dual tech glass breaks detect and confirm both flex (impact) and audio (shattering) frequencies, allowing it to analyze an event that.
  4. The glass break sensor microphone will pick up noises even through walls and doors, but to make the most of your sensor's range, place it in an open area with very few walls or doors blocking it. Monitored security - Glass break sensors connected to a fully monitored home security system helps provide your home with extra protection. If the.
  5. Z-Wave, Wi-Fi, and Radio Frequency (RF) are three wireless communication methods by which a smart home security hub can connect with other components, including glass break detectors. In general, Z-Wave and RF are more secure than Wi-Fi, but your first priority should be to use whichever option is compatible with your home security hub
  6. middle of FM (frequency modulation) radio dials. Radio Wavelength To understand my answer to your question you must know the wavelength at the radio frequency. Wavelength equals the speed of light divided by the frequency. For a frequency of 1 MHz in the AM radio band the wavelength is: Wavelength at 1 MHz = 983,558,400/1,000,000 = 983.5 fee
  7. 6. Move back to the resonance frequency and turn the amplifier volume up to maximum to break the wine glass. (If it doesn't break, try searching for resonance more carefully or use the backup wine glass. DO NOT turn the function generator amplitude up beyond 700mA or you will break the speaker!) Notes and Extras

The high frequency channel 16 detects signals characteristic of two events that occur when glass breaks: the sound of the impact that initiates the break, and the glass shattering. Analysis section 18 analyzes the pulse widths of the detected to make sure it is in fact characteristic of the impact and shattering events Attach the amp to the device that is going to play the note identical to the resonant frequency of the glass. Play the device at the specified resonant frequency of the glass, steadily turning up the volume. Record your results. Did the glass crack? Break? At what volume did the glass respond to the sound Using a Honeywell FG-701 glass break tester to install and test this detector is highly recommended. This is a dual-tech acoustic sensor listening for the thunk and shatter of glass breaking due to impact. By using this glass break tester, it allows you to determine proper placement and sensitivity settings for your application Fine crystal, as is usually found in a good wine glass, is the best candidate. What is needed is a sound at one of the natural (resonant) frequencies of the wine glass. You could find the frequency needed to shatter the wineglass by tapping it sharply with a spoon (not hard enough to break it!) - the sound you hear is the one you require The high-frequency device is composed of a special glass electrode that houses either neon or argon gas. When we apply the electrode to your skin, a mild electrical current is passed through the neon or argon, prompting a reaction that produces a violet ray (argon) or a red ray (neon)

Glass is a 2019 American superhero film written and directed by M. Night Shyamalan, who also produced with Jason Blum, Marc Bienstock, and Ashwin Rajan.It was co-produced by John Rusk, who was also the 1st assistant director on this film as well as on many other Shyamalan's films. The film is a crossover and sequel to Shyamalan's previous films Unbreakable (2000) and Split (2016) and the third. Tempering glass makes it stronger and if it breaks, will cause it to break into many small pieces or cubes rather than sharp and potentially dangerous shards. This is exactly what it was designed to do. Tempered glass is often referred to as safety glass for this very reason. ASTM has performance requirements for glass that.

Breaking a Wine Glass in Python By Detecting the Resonant

Kim Freeman of GE wrote to me Thursday, offering to give some context around the rare instance when the glass in an oven door does break. It is an unfortunate reality that products do fail from. Window Alarm 125dB Loud Ultra-Slim Anti-Theft Alarm for Door and Window Glass Break Vibration Sensor Alert with 3 Level Sensitivities (3 Pcs) 4.4 out of 5 stars 134 $22.9 An ADT glass break sensor consists of an audio microphone that can detect the frequency of breaking of glass. As soon as it catches this frequency, the alarm is set off. The ADT glass break sensor is preferred by a large number of people because by triggering the alarm because of simply glass breaking, the burglar doesn't even set get the. The resonant frequency of a glass could be any particular musical note. It just depends on the glass and how it was made. If a singer sings the same musical note that matches the resonant frequency of the glass, the sound waves will vibrate the air particles around the glass at its resonant frequency. This will make the glass begin to vibrate, too

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  1. The First Person to Break Glass Using the Voice. Enrico Caruso, the great Italian Tenor of the early 20th century, was the first person to break a glass using only his singing voice. He did not set out to deliberately do this. It happened at a precise time when all conditions were perfect
  2. The answer is it's own resonant frequency.. this frequency is dependent on how the glass is made. You can hear this frequency when you rim the glass with a wet finger or smack it with a pen. If..
  3. A glass has a natural resonance, a frequency at which the glass will vibrate easily. Therefore the glass needs to be moved by the sound wave at that frequency. If the force from the sound wave making the glass vibrate is big enough, the size of the vibration will become so large that the glass breaks
  4. The finger then slips off the glass and subsequently finds another microscopic surface to stick to; the finger pulls the molecules at that surface, slips and then sticks at another location. This process of stick-slip friction occurring at a high frequency is sufficient to set the molecules of the glass into vibration at its natural frequency
  5. The sound wave of the resonant frequency moves the molecules of the liquid around the glass making, in essence, small waves. These small waves decrease the energy of the sound wave which in turn lowers the pitch of the frequency that is heard

Introduction to Glass Technology 3 • σ= failure stress, i.e. strength of the material • c = flaw size in meters • KIC = Critical stress intensity factor for mode I crack propagation. • KIC has low values for brittle materials, high values for tough materials • Value = 0.75 - 1.0 MPa-m0.5 for glass Practical Strength of Glass When the frequency of the singer's voice matches the natural frequency of the glass, it imparts onto the glass an oscillating force that quickly grows until the glass structure breaks into pieces. As it turns out, this story is a perfect illustration for understanding resonance, and its affect on structures

Breaking glass with sound is caused by setting up a resonance in the structure made from the glass rather than in the material itself. What breaks a wine glass when the soprano hits the right note is the same note you get when you run your finger around the rim An opera singer sings a note that breaks a glass. This is an example of _____. The lowest possible frequency that can form in a musical instrument is called the _____. fundamental frequency. In general, the _____ the string or air column of a musical instrument is, the more harmonics are generated

When the glass was almost completely full of rice, no note was discernible when the glass was tapped, just a dull noise. This is quite different to what happens when the glass is filled with water. Adding water changes the frequency of the sound, but makes no noticeable difference in the length of time it takes for the sound to decay In 1942, the United Kingdom's Ministry of Aviation began a top-secret project with Miles Aircraft to develop the world's first aircraft capable of breaking the sound barrier. The project resulted in the development of the prototype Miles M.52 turbojet-powered aircraft, which was designed to reach 1,000 mph (417 m/s; 1,600 km/h) (over twice the existing speed record) in level flight, and to.

Appendix 2: Examples of glass/brittle check records Glass, Brittle Plastic and Ceramic Materials Control F072 Issue 1 Introduction to glass, brittle plastic and ceramic materials control 13/02/2014 Page 3 of 6 Frequency of Inspection (Refer to Risk Assessment for full details) Item Location Number Type Condition Glass Monthly Fully intac Just find the resonant frequency, sing the note as loudly and clearly as you can, and wait for the wine glass to break apart. The high-amplitude vibrations you create with your voice will cause. Z-App is a frequency generator app, built on the technology of Royal Raymond Rife. The common devices are better known as Rife Frequency Generators. These generators use frequencies to break down.. $\begingroup$ For sound, the frequency needs to be at resonance to create the amplitudes that make a glass break. $\endgroup$ - user137289 Mar 24 '19 at 10:32 $\begingroup$ @Pieter due to the stresses in the tempered glass this need not be for the whole table,maybe an unseen imperfection resonates and starts the shatter

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Cooling takes place much faster at the center of the glass than at the surface, causing compressive stresses in the surface, whereas contraction and tensile stresses are caused in the center. The compressive stress gives toughened glass its increased strength; the higher the stress, the smaller pieces that the glass breaks into The sides of the glass transmit the vibration to the surrounding air, creating a sound wave with a specific frequency. The frequency specifies the rate at which a vibration occurs and is usually. This frequency is then usually mimed over a loud speaker (or by an opera singer perhaps). At resonance, the wine glass distorts and strains until the brittle vessel fractures violently. This phenomenon is a demonstration of both the fragility of glass and the often surprising power of resonance. The Strength of Glass Triad RF Systems - Triad RF's Amplifier Powering BCT's Nano-Satellite for an Ultra-Long Range Data Communication Link - May 04, 2021; Rohde & Schwarz - Chinese Mobile Network Operators Select R&S Test Scanners for 5G Network Deployment - May 04, 2021; ABI Research - ABI Research Forecasts Over 9 Million 5G Microwave Backhaul Links by 2026 - May 04, 2021. An Opera singer breaks glass Because a glass has a resonant frequency. To break a glass you need to have a high and loud pitch. Hold it for two or three seconds so the pressure builds up and breaks..

The tempering process results in glass that shatters into small, relatively harmless, irregular pieces when it breaks — not shards with sharp edges Glass Break Detectors Glass break detectors alarm when two frequencies of sound are detected - the low frequency thud when the glass is initially hit, and the high frequency sound when the glass actually breaks. Some glass break detectors also detect air pressure changes. False alarms can occur when Can anyone help me with the frequency which green break glass door overrides (for electrically secured doors) should be tested? And where the doors do NOT open automatically with the actuation of fire alarm system, common sense would say that test should occur more often - can anyone point me towards guidance that could help me determine the recommended frequency in such cases

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Breaking Glass with Sound - MIT TechT

Clear glass Pyrex cookware is practically an American icon. With its pleasing heft and remarkable resilience, these famous clear pans have been essential when cooking biscuits, casseroles, and. If the singer's voice hits the resonant frequency of the wine glass, a transfer of energy will occur. However, the full transfer of energy can cause shattering of glass. 5. Bridge. A group of soldiers while marching on the bridge are asked to break their steps very often

of the sound is able to break glass. This is a demonstration of resonance. It is certainly possibly to break a wine glass with an amplified singing voice. If the fr equency of the voice is the same as the natural frequency of the glass, and the sound is loud enough, the glass can be set into a reson an Breaking A Wine Glass By Detecting Resonant Frequency in Python - burningion/break-glass-with-resonant-frequency

3 Ways to Break a Glass with Your Voice - wikiHo

The performer must be singing a note that corresponds to the natural frequency of the glass. As the sound wave is directed at the glass, the glass responds by resonating at the same frequency as the sound wave. With enough energy introduced into the system, the glass begins to vibrate and eventually shatters The glass breaks into many small bits that are rounded or cuboid in shape, often with relatively smooth edges. The bits are often about the size of the eraser on a pencil. In cases of auto accidents where tempered glass windows shatter and the shards spray across an occupant's body, the bits typically cause only superficial injuries, if any Glass break sensors can be your first line of defense if a burglar tries to enter your home by breaking a window. Learn more about our window alarms at ADT Question: An opera singer breaks a crystal glass with her voice. Which best explains why this occurs? 1. The pitch of her voice matches the pitch of the glass. 2. The amplitude of her voice heats the glass until it breaks. 3. The intensity of her voice produces a standing wave in the glass. 4. The frequency of her voice matches the natural frequency of the glass Green break glass units are necessary as a safety device to mechanically break a circuit in the event of an emergency. When magnetic locks are used to secure an exit or entry door, these units must be installed to allow safe exit from the building. Common installations for break glass units include public buildings (e.g. [

Watch The Exploding Glass Story Here It turned out to be his glass sink. He says the leaf-shaped bowl had spontaneously exploded, sending hundreds of pieces of glass everywhere Thought he was going to do an audio sweep and use ML on a video feed to detect the resonant frequency and break the glass as fast as possible. tripzilch on Mar 21, 2018 I agree it would have been cooler if he did an autodetection sweep (or the impulse response thing mentioned upthreads), but not disappointingly so glass and then the initial low frequency '˛ ex' of the glass to con˚ rm a break has occurred. • Micro-processor signal analysis A part of the two-stage detection process, this overcomes false alarms that can occur from the high frequency of a telephone call or the low frequency of a passing lorry. Only when bot An opera singer breaks a crystal glass with her voice. Which best explains why this occurs? The pitch of her voice matches the pitch of the glass. The amplitude of her voice heats the glass until it breaks. The intensity of her voice produces a standing wave in the glass. The frequency of her voice matches the natural frequency of the glass

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