Daily Loud Music Exposure Effect

The third theory the writer believes is followed by students, is The Easy Listening Theory. This theory is when students listening to music and still believe that they are paying attention and learning. This theory is one of the most used theories this decayed; students hide their headphones and when questioned they say "Don't worry, I can hear you"(Wayman,36). But the students are not telling the truth, and their grades show that. Dr. Nick Perham conducted a study that:

Hearing loss continues to linger in the elderly population of today’s society. Yet, the onset of hearing loss can occur at any age and at any point in

What should we know about hearing loss? The main causes for hearing loss is head trauma and exposure to loud sound. The only way we can take care of ourselves is by knowing how to.To prevent hearing loss we can turn down the volume, use earplugs or remove ourselves from situations where noise is excessive. More Importantly, Digan states,”The major source of dangerous noise is a personal media player combined with a pair of earbuds”, ( Pg.11). For example, Digan writes,”Sound is measured in

This effect inhibited us from finding significant differences and correlations between the two different songs and the reaction rate. Since our sample size was comprised of only nine people, and consisted mostly of White students from a Midwestern university, it would be wrong of us to generalize our findings to the rest of the population. Although our data showed some trends of minor differences in reaction rates to different songs, further research must be done with a larger and more representative sample to facilitate generalizing to the rest of the population and to make our results applicable. Also, future research should include a control variable that excludes listening to music while performing a visual motor response test. It would be interesting to see the difference between subject preferred music versus not preferred or no music at

Earplugs are placed into the ear canal in order to block the entrance of sound by forming a hermetic seal. Earplugs are better suited for longer use for those individuals who are exposed to noise throughout their workday, and provide a significant amount of attenuation. However, the effectiveness of the earplugs depends on proper insertion, and requires training employees on how to correctly place them in the canal. The level of attenuation can vary depending on how well the earplug is fit, as well as the motivation of the employee to wear them consistently (Berger, 2003).

The World Health Organization (WHO) declared, “Over 5% of the world’s population- 360 million people - has disabling hearing loss (328 million adults and 32 million children). Disabling hearing loss refers to hearing loss greater

Program directors’ decision to only test frequencies at 1000, 2000, and 4000 Hz, while excluding 6000 Hz, will inevitably miss students with a hearing loss in higher frequencies. Assessing the efficacy of the hearing screening program led researchers to make recommendations for other universities to implement. Examples include, advocating the importance of follow-up to students to improve return rates, and having proper sound treatment to enhance screening results. Finally, adding 6000 Hz into the screening program may help to accurately identify students with early signs of high frequency hearing loss. In conclusion, the study was useful in acknowledging weaknesses such as assessing the low follow-up rates, noticing high levels of noise, and examining the impact on results when hearing screening programs choose to omit 6000 Hz. Recognizing the limitations of the hearing screening program allows for given recommendations to strengthen the efficacy of existing hearing screening

Women are more likely than men to feel that their family relationships would suffer the most. Twice as many parents think their family relationships would be most impaired by a hearing loss compared to those respondents without children.

The sound can vary in volume and tone even for the same person. It often gets louder as the person ages. With this cacophony in one’s head, you can imagine the problems it might cause. It would be difficult to sleep, to hear other sounds like conversations or television, and to concentrate on reading or other tasks.

Noise induced hearing loss is a common and irreversible occupational hazard that affects a large number of individuals in a variety of professions (Fligor, 2011). In particular, firefighters are routinely exposed to loud sounds through sirens, air horns, alarms, and tools as well as hazardous chemicals that can have an ototoxic effect on the auditory system (Kardous & Afanuh, 2013). Due the excessive noise levels most firefighters are exposed to, firefighters view noise exposure and hearing loss as an inevitable aspect of their career (Kang, Hong, Kim, & Yoon, 2015). Consequently, hearing loss is more prevalent in firefighters than in the general population and presents characteristics that are slightly different than noise induced hearing

Increasingly Millennials are starting to experience hearing loss as they grow older. Hearing loss means individuals often can’t make out T’s and K’s. When people listen to music they want to cancel out outside sound however, earbuds don’t cancel out much noise at all. Headphone that either rest on or go around the ear cancel more sound then regular earbuds. Earbud users listen to music at a higher volume to try to cancel out outside sound. This topic is extremely good to inform people because teenagers or adults needs to know that headphones and earbuds are damaging their ears. Listening for an hour with a high volume can permanent ruining your hearing. Virginia Heffernan is not effective at persuading Millennials that headphones are destroying

Hearing screenings are just as important as a routine doctor’s check-up. The younger generation, such as college students, may not pay much attention to their hearing. Universities all over the country have made a point to provide hearing services to some of their students. Taylor & Emanuel’s article, Assessment of the Efficacy of a Hearing Screening Program for College Students, studies the effectiveness of a hearing screening program and proposes improvements that can be made to university hearing screening programs. This article discusses the importance of sensitivity and specificity when determining the effectiveness of a screening program. There were plenty of outside sources within this article, but a lot of these studies had insufficient

Hearing loss myth and fact was a simple video that went over 5 common myths people believe about hearing loss, and the explanations or truths behind each of these myths. The first myth explained how people believe that they can build up a resistance to noise. Such as if an individual exposes their ears to loud music then they will be able to listen to it more or even louder, without damaging their ears. However the fact is, if an individual would expose their ear to louder sounds it would damage their ears more, instead of building up a resistance. Once an individual damages ear cells, they never grow back. The second myth in the film was “noise can not hurt me unless its painfully loud”, and to be honest I thought this myth was extremely interesting due to the fact that I believed in it. For example the video explained that noises can start hurting or affecting an

Age is the most common factor in increasing hearing loss. About 30 percent of people between 65 and 74 experience some difficulty in hearing. That percentage and the severity of the loss increase with age.

Social media post will be made on UC related websites such as UC Merced Classified stating the researchers reasoning for experiment and asking whether there are any people who would like to volunteer. Participants recruited by each researcher individually will all be recruited within the UC Merced campus or Modesto. Individually due to my living accommodations being an on campus student all of my recruits will be recruited within the UC Merced campus. The selection of methods we will us to get our sample will be random selection and random sampling. Random sample will be used because anyone who volunteers can participate in the study and random selection because any participant has equal chance of falling within the control or experimental group. A total of 50 participants with good hearing will be recruited randomly. Each researcher will contribute a total of 13 participants. Both females and males within the approximated age range 18-31 will be recruited. There will also be no one younger than 17 years old allowed to participate because it violates SONA rules. We will exclude people who have or have had past hearing issues. They will be excluded because they’re past hearing issues can influence their ability to catch phrases containing secret messages. Participants who may become sensitive to the topic or background of study may