Why is Quiet So Loud?

There are many reasons for people to talk loudly, even at the whisper level. They might feel a need to be heard, or they may have a low self-esteem or anxiety that causes them to speak at an extremely loud volume. Some people also work in noisy environments and use a loud voice to protect themselves from noise. Whatever the reason, loud sounds can be dangerous.

OnlySilent featured on media
Disclosure : Some of the links below are affiliate links, meaning at no additional cost, I will earn a commission if you click through and make a purchase. As an Amazon Associate, I earn from qualifying purchases.

Noise can cause high blood pressure

Research suggests that noise can cause high blood pressure by activating the stress response, a system that raises blood pressure and blood sugar levels. Noise exposure can also decrease a person’s immune system, resulting in colds and infections. Chronic exposure to loud noises is also associated with a higher risk of developing cardiovascular disease.

The CDC found that people exposed to high levels of noise have higher blood pressure, cholesterol, and other risk factors for heart disease and stroke. Heart disease is the number one killer of men and women in the United States and high blood pressure is one of the major contributing factors. Loud noise exposure is common in many work environments and affects approximately 22 million people each year.

Interestingly, the association between noise and blood pressure was consistent across independent cohort studies. There was a strong association between noise and high BP, and the association was statistically significant.

Heart disease

Heart murmurs can be a warning sign that a person may be suffering from a heart problem. These sounds are usually caused by problems with the valves in the heart. These issues can cause a murmur or even make the heart work too hard. If you can hear the murmur, you should consult a physician for further testing.

READ ALSO :   Why Does Venom Hate Loud Noises?

Hearing loss

Hearing loss is a serious condition that makes sounds difficult to hear. It affects the nerves in the ear and the part of the brain that controls hearing. Some people are born with this condition, while others develop it slowly over time. In either case, it is important to see a doctor as soon as possible. An early diagnosis will help a person remain as active as possible in their daily lives. Hearing loss causes conversations to sound like whispers, and music may become a faint hum.

Noise-induced hearing loss occurs when your ears are repeatedly exposed to loud noises. Normally, everyday sounds such as conversation don’t cause damage, but loud noises can cause damage. Most people will only experience a temporary loss after exposure to loud noises, but repeated exposure can lead to permanent damage.

Hearing aids

Hearing aid users should wear their hearing devices the majority of the time. This is particularly important when in a quiet room. They should begin by listening to commentators or other programs, but continue to use their hearing aids in noisy settings as well. Using the phone while in a quiet environment is also important. If possible, position the phone near the ear with the microphone on the cheekbone. This will help prevent whistling or echoing.

Many hearing aid users complain about their hearing in a quiet environment. But this is not the case in all situations. Most amplified listening takes place in a noisy environment, with multiple people speaking at the same time. That’s why it’s important to program hearing aids for these conditions.

READ ALSO :   Why Are Some Engines Louder Than Others?

Motion after effect

The motion after effect is a powerful illusion involving the perception of motion. It occurs when prior exposure to a movement results in a decrease in responsiveness of cells that are tuned to respond to the direction of motion. For example, if you watch a waterfall flowing down, the rocks beside it may seem to drift upwards. This phenomenon is the result of selective adaptation in the cells that respond to water movement. Moreover, the false motion signals are produced in the competitive interaction between the outputs of these cells.