How loud is it inside Wachovia Center for Game 4 of the Stanley Cup Final?
NHL.com aims to find out. We have a decibel meter packed alongside all the laptops, notebooks, cameras and pens, so we will provide some level of the noise and excitement inside the building at key parts of Game 4.
The top reading in Game 1 at the United Center was 121dB, recorded during the singing of the National Anthem (Game 1 decibel readings). Game 2's highest decibel mark was 122dB, also measured during the National Anthem (Game 2 decibel readings). The highest reading for Game 3, the first in Philly, was 114dB, recorded when Claude Giroux scored the overtime game-winner (Game 3 decibel readings).
The decibel meter will be in tow throughout the Final, so we'll find out which fans -- Chicago or Philadelphia -- will raise the roof the most.
EVENT/OCCURRENCE
TIME OF PERIOD
DECIBEL READING
COMPARISON
Pre-game rock music
Pre-game
101dB
Blender
Lauren Hart: "Blowing roof off" on video screen
Pre-game
102dB
Blender
Flyers enter the ice
Pre-game
107dB
Train
Blackhawks enter to boos
Pre-game
105dB
Diesel Truck
Leighton introduced in starting lineup
Pre-game
105dB
Motorcycle
Pronger introduced in starting lineup
Pre-game
105dB
Diesel Truck
Carle introduced in starting lineup
Pre-game
105dB
Blender
Lieno introduced in starting lineup
Pre-game
104dB
Train
Briere introduced in starting lineup
Pre-game
105dB
Train
Kate Smith shown during "God Bless America"
Pre-game
107dB
Train
Crowd cheers as song concludes
Pre-game
109dB
Power Saw
Leighton makes nice save
3:59 into 1st period
100dB
Blender
Crowd cheers as song concludes
4:35 into 1st period
111dB
Power Saw
Carle scores Flyers second goal
14:48 into 1st period
111dB
Power Saw
Replays shown of goal shown on video screen
Seconds later
109dB
Power Saw
Boos for Sharp goal
18:32 into 1st period
94dB
Electric Drill
Giroux answers with his 10th of playoffs
19:23 into 1st period
112dB
Power Saw
Replays shown of Giroux goal & TEE-imo calls
Seconds later
108dB
Train
Goal announced on PA system
Moments later
109dB
Power Saw
Byfuglien hit on Betts near scorers table
Early 2nd period
104dB
Train
Appreciative cheer for Flyers extended shift
8:00 into 2nd period
96dB
Electric Drill
History will be made Giroux spot
Mid-2nd period
99dB
Blender
Veterans introduced to Wachovia crowd
Moments later
97dB
Electric Drill
Announcement of Sharp penalty
12:53 into 2nd period
103dB
Train
Leino scores Flyers fourth goal
6:43 into 3rd period
113dB
Power Mower
Cheers at next TV break
Moments later
100dB
Blender
Announcement Leino breaks rookie goals record
Moments later
108dB
Power Saw
Cheer for penalty call on Seabrook
8:00 into 3rd period
99dB
Blender
Rocky theme song played during break
14:00 into 3rd period
102dB
Train
Empty net goal by Carter
14:00 into 3rd period
118dB
Shot Gun
Final horn sounds
End of game
113dB
Power Mower
NOTES
:
Level at which sustained exposure may result in hearing loss: 90 - 95dB Pain begins: 125dB Loudest recommended exposure WITH hearing protection: 140dB Loudest sound possible: 194dB
Statistics for the Decibel Comparison Chart were taken from a study by Marshall Chasin , M.Sc., Aud(C), FAAA, Centre for Human Performance & Health, Ontario, Canada.
Sound is measured in decibels (dB). A whisper is about 30 dB, normal conversation is about 60 dB, and a motorcycle engine running is about 95 dB. Noise above 70 dB over a prolonged period of time may start to damage your hearing. Loud noise above 120 dB can cause immediate harm to your ears.
70 decibels is as loud as a washing machine or a dishwasher. It is a moderate noise level. 70 dB noise is not considered harmful to human hearing. However, extended exposure to levels above 55-60 dB can be considered disturbing or become annoying.
55 dB is a level that describes moderate to soft sounds. In fact, it is comparable to a quiet home environment, a residential street, or a normal conversation between two people. Since it is under 70 dB, it is not considered a harmful noise level.
Although an increase of 3 dB represents a doubling of the sound pressure, an increase of about 10 dB is required before the sound subjectively appears to be twice as loud. The smallest change we can hear is about 3 dB. The subjective or perceived loudness of a sound is determined by several complex factors.
Almost all firearms create noise that is over the 140-dB level. A small . 22-caliber rifle can produce noise around 140 dB, while big-bore rifles and pistols can produce sound over 175 dB.
That's right, they run at approximately 95 decibels and anything over 85 decibels can cause irreparable harm to your hearing with extended or repeated exposure. Electric lawn mowers and lawn equipment run at around 75 decibels.
Audio devices and mobile phones including iPhone have a sound level of 100 dB or louder. iPhones can produce a maximum of 115 decibels (software limits European iPods to 100 dB; U.S. models have been measured higher), the equivalent of attending a rock concert amplification.
What's important to know is that 100 dB are not twice as loud as 50 dB. Perception of volume is always subjective and depends on one's own hearing but generally speaking, an increase of 10 dB roughly corresponds to the perceived volume doubling in intensity. Thus, 60 dB are perceived as twice as loud as 50 dB.
On the decibel scale, near total silence is 0 dB. A sound 10 times as intense would be measured as 10 dB. A noise 100 times as intense would be registered as 20 dB.
The lowest decibel a human can hear is 0 dB. In some exceptional cases, humans can hear sounds down to -15 dB. 0 dB sounds are very soft and barely perceivable by the human ear. To understand just how soft, imagine that a whisper is 30 dB and 30 dB is 1,000 times louder than a 0 dB sound.
Noise at typical vacuum decibel levels, around 70 decibels, isn't enough to damage your hearing, especially because you probably won't be running your vacuum cleaner for longer than an hour or so at a time.
A change of 6 dB is accepted as a significant difference in level for any listener listening to speech or music. It is a quite noticeable increase or decrease in loudness. To produce an increase of +6 dB you need to increase power (watts) by a factor of four.
For Adults. As explained above, it would be almost impossible to create a 1 dB environment outside of scientific labs. However, adults with optimal hearing health will be able to perceive a 1 dB difference in sounds.
As you can see from the infographic below, a 9mm pistol typically produces around 160 decibels. Looking at that, it is clear that the noise from even a small pistol is way over the limit! ...
“The F/A-18 Super Hornet produces 118 decibels of noise, which is the equivalent of a rock concert,” Schrock said. “A reduction of four decibels would have a significant impact on noise issues related to our military aircraft.” The technology also may have applications in commercial aviation, Seiner said.
The standard definition of a decibel indicates that it's roughly the smallest amount of volume change that a person can subjectively perceive. That means variations of up to 1 dB ought to be pretty much imperceptible, while those at or beyond 1 dB are noticeable.
For example, every increase of 10 dB on the decibel scale is equal to a 10-fold increase in sound pressure level (SPL). Near silence is expressed as 0 dB but a sound measured at 10 dB is actually 10 times louder.
According to Guinness World Records, Charlie, a lovely Golden Retriever owned by Belinda Freebairn, reached a whopping 113.1 decibels during the Purina "Bark in the Park" event held in Australia.
Although there are other types of noise produced by objects that are louder than a hair-dryer (80-90dB), it is still important to be aware of the noise output. The noise that comes from hair dryers is somethingmost people do not identify as loud, but it can still cause hearing loss or damage.
As a rule of thumb, babies should not be exposed to noise levels over 60 decibels. The noise level recommended for hospital nurseries is actually lower, at 50 dB. For reference, a quiet conversation is between 50 and 55 dB and an alarm clock is 80 dB.
If you are hard of hearing, the louder the better! With respect to the iPhones, the winner is the iPhone 8. The iPhone X and the iPhone 11 are not quite as loud.
Most fridges have decibel levels of around 30-50, which is a pretty big range. For example, when increasing or reducing a sound by 10 decibels, it will result in a perceived 50% change in the noise level. Also, if you, like others, have your refrigerator in an alcove, make sure it is not touching the surrounding walls.
Audio devices and mobile phones including iPhone have a sound level of 100 dB or louder. iPhones can produce a maximum of 115 decibels (software limits European iPods to 100 dB; U.S. models have been measured higher), the equivalent of attending a rock concert amplification.
How Loud Is 60 Decibels? 60 decibels is as loud as a normal conversation between two people sitting at a distance of about one meter (3 ¼ feet). It is the average sound level of a restaurant or an office.
A Smoke Alarm gives out a signal of around 85 decibels. Even if we assume it emits a sound of 90 decibels, your hearing is still safe and will only be at risk after an hour or so. Usually, noises below 75 decibels are safe.
For example, a table saw (100 decibels) is twice as loud as a garden tractor (92 decibels). Distance from the noise source also is important. As a person moves away from the sound, loudness drops off quickly.
How loud is a motorcycle? The noise of a motorcycle engine can reach up to 166 decibels. (Which is approximately the same level as someone shouting in your ear). And when you consider that being exposed to any noise above 85 decibels can cause hearing damage, that's a pretty scary fact.
The average snorer has a volume of about 50 decibels, so you might think that earplugs with a noise reduction rating of 25 dB would cut that in half, but because of the way the decibel scale works, it actually only cuts the sound by about 9 decibels.
Volume is the range of sound loudness, measured in decibels (dB). The greater the decibel number, the louder the sound. The minimal sound level that the majority of people with normal hearing can detect is 0dB. At least twenty percent of children can hear sounds as low as -10dB (Roberts & Huber, 1967).
According to Coren, when sounds are between 3,000 and 12,000 Hz in frequency, dogs' ears are far more sensitive than ours. They can hear those sounds when they are between -5 dB and -15 dB on average.
Humans can detect sounds in a frequency range from about 20 Hz to 20 kHz. (Human infants can actually hear frequencies slightly higher than 20 kHz, but lose some high-frequency sensitivity as they mature; the upper limit in average adults is often closer to 15–17 kHz.)
The Dyson Supersonic Hairdryer measures in at 79 decibels. If you're looking for the most comfortable and best hair dryers, this hairdryer is the one to choose.
At 194 dB, the energy in the sound waves starts distorting and they create a complete vacuum between themselves. The sound is no longer moving through the air, but is in fact pushing the air along with it, forming a pressurized wall of moving air.
For residential environments, the accepted decibel level is lower. Any noise exceeding 70 dB is considered disturbing. Residential limits usually start at 60 or 55 dB (the equivalent noise of a regular vacuum cleaner).
Sounds between 170-200 dB are so intense that they can cause lethal issues like pulmonary embolisms, pulmonary contusions, or even burst lungs. As for exploding heads, you can expect that from sounds above 240 dB. However, such high intensity sounds are very rare.
The human ear as a dyamic range from 0dB (threshold) to 120-130 dB. This is true for the middle frequency range (1-2 kHz). For lower or higher frequencies, the dynamic is narrowed. However, as shown on this graph, all sounds above 90 dB are damaging the inner ear and even doing irreversible damage above 120 dB.
With energy as great as 1100 dB, it would create enough gravity to cause a black hole to form, and an incredibly large one at that. Decibels are a logarithmic unit. That means 20 decibels isn't 2 times more powerful than 10 decibels, it's 10 times more powerful.
The WHO guidelines for community noise recommend less than 30 A-weighted decibels (dB(A)) in bedrooms during the night for a sleep of good quality and less than 35 dB(A) in classrooms to allow good teaching and learning conditions.
Levels of highway traffic noise typically range from 70 to 80 dB(A) at a distance of 15 meters (50 feet) from the highway. These levels affect a majority of people, interrupting concentration, increasing heart rates, or limiting the ability to carry on a conversation.
The loudest sound in recorded history came from the volcanic eruption on the Indonesian island Krakatoa at 10.02 a.m. on August 27, 1883. The explosion caused two thirds of the island to collapse and formed tsunami waves as high as 46 m (151 ft) rocking ships as far away as South Africa.
Typically, zero decibels sound pressure level (SPL) corresponds to 0.000002 Pascals — a measure of vibration or pressure waves that we really hear. So then, zero decibels is the smallest level of sound our ears can detect!
A normal conversation – 60 dB. A noisy restaurant – 70 dB. An electric drill – 95 dB. Jill Drake, a teaching assistant who in 2000 won the Guinness World Record for the loudest individual's shout – 129 dB.
(Photo by NASA/CXC/Columbia Univ./C. Hailey et al.) For the first time in history, earthlings can hear what a black hole sounds like: a low-pitched groaning, as if a very creaky heavy door was being opened again and again.
Oddly enough, in air, a sound can't get any higher than about 194 decibels and in water it's around 270. This is because sound is an example of something where the measurements break down at either end of the scale.
Address: Suite 369 9754 Roberts Pines, West Benitaburgh, NM 69180-7958
Phone: +522993866487
Job: Sales Executive
Hobby: Worldbuilding, Shopping, Quilting, Cooking, Homebrewing, Leather crafting, Pet
Introduction: My name is Golda Nolan II, I am a thoughtful, clever, cute, jolly, brave, powerful, splendid person who loves writing and wants to share my knowledge and understanding with you.
We notice you're using an ad blocker
Without advertising income, we can't keep making this site awesome for you.