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Tap on Sound, and the very first setting is Disable loud volume warning. Check the box next to it. With most Xposed modules, you'll need to reboot for changes to take effect. You'll get a notification reminding you to do so, and you can do a fast reboot from there. It's annoying when I plug my Samsung s5 into the aux cable in my car. The volume always starts out low (also annoying ) even though the last time I had it plugged into my car it was at max volume. I use the side buttons to increase the volume. Then I always get the loud volume warning that I n.

Loud noise can cause permanent hearing loss. There are ways to protect your hearing. Audiologists can help.

On this page:

About Noise-Induced Hearing Loss

Noise-Induced Hearing Loss, or NIHL, happens when you listen to loud sounds. These sounds can last a long time, like listening to a concert, or they can be short, like from gunfire. Three factors put you at risk for NIHL:

How loud the noise is
How close you are to the noise
How long you hear the noise

Sound-level meters measure noise levels. We record noise levels in decibels, or dBA. The higher the noise level, the louder the noise. You can listen to sounds at 70 dBA or lower for as long as you want. Sounds at 85 dBA can lead to hearing loss if you listen to them for more than 8 hours at a time.

Sounds over 85 dBa can damage your hearing faster. The safe listening time is cut in half for every 3-dB rise in noise levels over 85 dBA. For example, you can listen to sounds at 85 dBA for up to 8 hours. If the sound goes up to 88 dBA, it is safe to listen to those same sounds for 4 hours. And if the sound goes up to 91 dBA, your safe listening time is down to 2 hours.

The World Health Organization and International Telecommunication Union 2019 document, WHO-ITU Global Standard on Safe Listening Devices and Systems [PDF], recommends that manufacturers equip devices like smartphones and personal audio players with information that explains safe listening (for adults, a total of 40 hours of weekly exposure to volume levels no higher than 80 dB is recommended; for children, the level is 75 dB); usage warnings and tracking information; cues for taking safe listening actions; options for limiting volume levels; and volume limiters expressly for parents to use. The recommendations would also have safe listening information appear on external product packaging and advertising, as well as on manufacturers' websites.

Citations

World Health Organization, WHO-ITU global standard for safe listening devices and systems, 2019. Retrieved from https://www.who.int/deafness/make-listening-safe/standard-for-safe-listening/en/.
U.S. Environmental Protection Agency, Office of Noise Abatement and Control. (1974, March). Information on levels of environmental noise requisite to protect public health and welfare with an adequate margin of safety Retrieved from https://nepis.epa.gov/Exe/ZyPDF.cgi/2000L3LN.PDF?Dockey=2000L3LN.PDF [PDF].

Impulse Noise

A single loud blast or explosion that lasts for less than 1 second can cause permanent hearing loss right away. This noise, called impulse noise or impact noise, may come from gunfire or fireworks. We measure impulse noise in dB peak pressure, or dBP. Impulse noise greater than 140 dBP will hurt your hearing right away.

Dangerous and Safe Noise Levels

The noise chart below lists average decibel levels for everyday sounds around you.

Painful impulse noise—Not safe for any period of time

150 dBP = fireworks at 3 feet, firecracker, shotgun

140 dBP = firearms

Painful steady noise—Not safe for any period of time

130 dBA = jackhammer

120 dBA = jet plane takeoff, siren, pneumatic drill

Extremely loud—Dangerous to hearing; wear earplugs or earmuffs

112 dBA = maximum output of some MP3 players, rock concert, chainsaw

106 dBA = gas leaf blower, snow blower

100 dBA = tractor, listening with earphones

94 dBA = hair dryer, kitchen blender, food processor

Very loud—Dangerous to hearing; wear earplugs or earmuffs

91 dBA = subway, passing motorcycle, gas mower

Moderate—Safe listening for any time period

70 dBA = group conversation, vacuum cleaner, alarm clock

60 dBA = typical conversation, dishwasher, clothes dryer

50 dBA = moderate rainfall

40 dBA = quiet room

Faint—Safe listening for any time period

30 dBA = whisper, quiet library

The noise chart was developed using the following two websites:

Signs That Noise Is Too Loud

You probably don't always carry a sound level meter with you. So how can you know if noises are too loud? Here are some signs:

You must raise your voice to be heard.
You can't hear or understand someone 3 feet away from you.
Speech around you sounds muffled or dull after you leave the noisy area.
You have pain or ringing in your ears after you hear the noise, called tinnitus. It can last for a few minutes or a few days.

Noise and Hearing Loss

How do loud noises hurt your hearing? It may help to first understand how you hear:

Sound goes into your ear as sound waves. The louder the sound, the bigger the sound wave.
The outer ear, which is what you see on the side of your head, collects the sound wave. The sound wave travels down the ear canal toward your eardrum. This makes your eardrum vibrate.
The sound vibration makes the three middle ear bones move. The movement makes the sound vibrations bigger.
The last of the three middle ear bones moves the sound vibrations into the inner ear, or cochlea. The cochlea is filled with fluid and has tiny hair cells along the inside. The vibrations make the fluid in the inner ear move. The fluid makes the hair cells move, too. The hair cells change the vibrations into electrical signals that travel to your brain through your hearing nerve.
Only healthy hair cells can send electrical signals to your brain. We recognize sounds in our brains and use that information to figure out how to respond.

You may lose some of your hearing if the hair cells get damaged. How does this happen? My name mangatayaru zee telugu serial.

Hair cells are sensitive to big movements. If sounds are loud, they move the fluid in the inner ear more, and that can damage the hair cells.
Hair cells that are damaged by loud sounds do not send signals to the brain as well as they should. The first hair cells that are hurt are those that send high-pitched sounds to the brain. This can make sounds like /t/ in 'tin', /f/ in 'sin', or /k/ in 'kin' harder to hear.
Short, loud noises—like a firecracker or an explosion—can damage hair cells. Listening to loud sounds for a long time, like when you are at a rock concert, also damages hair cells.

Ringing in your ears, or tinnitus, is an early sign of noise-induced hearing loss. There is no way to fix damaged hair cells. Hearing aids or other devices can help you hear better, but your hearing will not come back on its own.

Noise and Your Health

Loud noise does not just hurt your hearing. It can cause other problems that you may not think of as being noise related.

Noise can make you more tired and cranky. Loud noise can cause other health problems, like:

high blood pressure
faster heart rate
upset stomach
problems sleeping, even after the noise stops
problems with how babies develop before birth

Noise can make it harder to pay attention. You may be less safe at work because you may not hear warning signals or equipment problems. Noise can also cause you to get less work done.

Noisy classrooms can make it harder for children to learn. To learn more about noise in schools, read the Classroom Acoustics page.

It is harder to understand what others say when it is noisy. You may need to concentrate more and use more energy to hear. And the person speaking needs to talk louder or yell. This can make conversations hard. You may give up trying to talk or listen.

So, you can see th

Loud Volume Warning