scispace - formally typeset
Search or ask a question

What is noise pollution to the students in classroom setting? 

Best insight from top research papers

Noise pollution in the classroom setting refers to the presence of excessive and unwanted sounds that can negatively impact students' learning and well-being. Students perceive noise as a disturbance that can be disruptive, threatening to their physical and psychological health, and detrimental to their social life and learning in school . Studies have shown that noise in educational institutions, including colleges and universities, can have adverse effects on students, such as loss of concentration, insomnia, and stress . The acoustic conditions in classrooms play a significant role in determining the level of noise exposure for students and teachers. Measurements have indicated that the sound pressure levels in classrooms can exceed recommended levels, leading to perceptible consequences for the school community . To address this issue, it is important to raise awareness about noise pollution, improve sound and noise awareness among students, and take measures to improve the acoustic quality of school environments .

Answers from top 5 papers

More filters
Papers (5)Insight
The paper does not provide a direct answer to the query. The word "noise" is mentioned in the paper, but it does not specifically discuss noise pollution in the classroom setting. The paper primarily focuses on the effects of noise on students at colleges and universities, including factors affecting noise sources and health effects.
The paper states that exposure to noise above recommended levels can cause changes in school activities, such as loss of concentration, insomnia, and stress, which can interfere with school performance.
The paper states that the students perceive noise in the classroom as a phenomenon that is disturbing, destructive, threatening physiological-psychological health, and negatively affecting social life and learning in school.
The paper does not provide specific information about the impact of noise pollution on students in a classroom setting. The paper focuses on the problem of noise pollution in educational institutions and presents different solutions to address this issue.
The paper mentions that classroom noise is related to stress reactions among high school children, indicating that noise pollution in a classroom setting can have negative effects on students.

Related Questions

What are the different types of noise that can affect students' attention and concentration in academic settings?4 answersVarious types of noise can impact students' attention and concentration in academic settings. These include noise from outdoor sources, background babble, movement, and irrelevant verbal noise like storytelling. Additionally, community noise sources such as road traffic noise can also affect students' activities and potentially influence their educational achievement. The effects of noise on students can lead to discomfort, hearing difficulties, lack of concentration, and even physical symptoms like headaches and nausea. Furthermore, studies have shown that noise can significantly impact cognitive functions, including full-scale IQ, verbal IQ, and performance in cognitive tests, particularly affecting groups at higher risk for poor academic achievement. Noise, whether from internal or external sources, can have detrimental effects on students' learning environments and academic performance.
How does noise affect students?5 answersNoise has a negative impact on students. It can lead to auditory and extra-auditory effects, affecting perceptual-cognitive and neurobehavioral aspects, as well as teaching conditions and student school performance. Noise pollution in university buildings can cause annoyance, headaches, anxiety, and sleep problems among students. Noise in colleges and universities can have detrimental effects on students' health and academic performance. Noise pollution in cities can also affect student performance, with a higher number of noisy days leading to increased failure rates among male students in Class 12 examinations. Physiological responses to noise exposure during task performance include increased heart rate variability and pupil diameter, indicating the body's defense mechanism against adverse effects. Overall, noise can negatively impact students' well-being, concentration, and academic performance.
What are the effects of noise on students' academic performance?5 answersNoise pollution has been found to have a negative impact on students' academic performance. Research shows that an increase in noisy days during the examination period is associated with a higher failure rate among male students in Class 12. This effect is stronger for schools located in close proximity to noise monitoring stations. Additionally, household noise levels have been found to affect the perceived difficulty of task performance among undergraduate students. In educational institutions exposed to high noise levels, teachers reported that noise affected their teaching and students acknowledged that noise affected their learning ability. Furthermore, ambient noise has been associated with hearing loss and poor academic performance in children. However, the impact of aircraft noise on students' learning and teachers' performance was found to be negligible in schools near an airport. Overall, noise pollution has been shown to have a detrimental effect on students' academic performance, particularly during examination periods and in close proximity to noise sources.
What are the factors that affect noise transmission in the classroom?4 answersNoise transmission in the classroom is affected by several factors. These include the presence of acoustic insulation in the school building, with schools that have no insulation being noisier than those with at least partial insulation. The time when noise measurements are taken also plays a role, with noise levels being higher when the air conditioning system is running compared to when it is not. The location of the classroom, such as whether it has windows facing the outside environment or has thick and permanent glass windows, can also impact noise levels. Additionally, the size and shape of the classroom, as well as the presence of furniture and wall panels, can affect the acoustical conditions and noise transmission within the space.
What are the effects of classroom noise on student test scores?4 answersClassroom noise can have an impact on student test scores. Some studies suggest that noise does not impair overall performance, as children may use compensatory strategies to maintain their performance levels in the presence of noise. However, other research indicates that noisy classrooms with poor acoustics can decrease children's speech understanding and comprehension, leading to a decrease in performance and an increase in response time. Additionally, high levels of classroom noise have been found to negatively affect students' performance on reading and vocabulary-learning tasks, particularly at higher noise levels. It is important to note that the impact of noise on student test scores can vary depending on factors such as the type of noise (verbal noise or mixed noise) and individual differences in working memory and attention. Therefore, creating quieter and acoustically optimized learning environments may be beneficial for improving student performance.
What are the mental impact of noise pollution on students?5 answersNoise pollution has various mental impacts on students. It can lead to feelings of annoyance, headaches, anxiety, sleep problems, memory lapse, and fatigue. Unwanted background noise in learning environments can negatively influence the cognitive performance of college students. High noise situations can cause anxiety and difficulty in concentration, affecting the normal development of speech and hearing in children. Noise pollution has been found to have an adverse impact on student performance, particularly in boys, and this relationship is driven by the cognitive burden mechanism. Environmental noise has been associated with cognitive impairment in middle-to-older adults and reading and language difficulties in children. Overall, noise pollution can have detrimental effects on students' mental well-being and cognitive abilities.

See what other people are reading

What is the improved noise contrastive estimation method for training an energy based model?
5 answers
The improved noise contrastive estimation method for training energy-based models involves utilizing a self-adapting NCE algorithm that eliminates the need for a separate noise distribution model. This algorithm progressively adjusts static instances of the EBM to converge towards the target distribution, enhancing the effectiveness of noise-contrastive estimation without the added complexity of training an auxiliary noise model. By expressing this method within the framework of Bregman divergences, it is shown to be a generalization of maximum likelihood learning for EBMs. Additionally, the performance of this self-adapting NCE algorithm is optimized by evaluating different noise update intervals, with shorter intervals leading to higher synthesis quality.
How does intelligent upgrading affect the perception of luxury in the automotive industry?
10 answers
Intelligent upgrading in the automotive industry significantly enhances the perception of luxury by integrating advanced technologies and personalization features, which align with consumer attitudes and expectations. The perception of luxury in automobiles is increasingly influenced by factors such as brand consciousness, experiential value, and self-identity, which are positively affected by perceived luxury consumption. The development of intelligent car cockpits, which prioritize passenger comfort through advanced and personalized features, further underscores the importance of technological sophistication in enhancing the luxury experience within the automotive sector. Moreover, the integration of artificial intelligence (AI) and the Internet of Things (IoT) in vehicles introduces new dimensions of luxury by improving performance, safety, and convenience, thereby meeting the evolving demands of consumers. The application of deep learning systems to predict and improve automobile handling performances exemplifies how technological advancements contribute to the refinement of luxury automobiles, making them more appealing to discerning consumers. Additionally, in-vehicle infotainment (IVI) systems that offer personalized services based on deep learning-based image classification models further personalize the driving experience, enhancing the perception of luxury. The influence of sonic accompaniment on consumers' perception of luxury sports cars highlights the multifaceted nature of luxury, where even auditory experiences can elevate the perceived value and elegance of a vehicle. Challenges in specifying data and annotation needs for machine learning algorithms in automotive software development indicate the complexity of integrating intelligent technologies into luxury vehicles, emphasizing the need for clear specifications and quality metrics. The role of sensor data in automotive perception, critical for safety and autonomy, also contributes to the luxury value proposition by ensuring a seamless and secure driving experience. Finally, the strategic use of brand names, influenced by linguistic principles, can enhance the perception of luxury, demonstrating the importance of branding in conjunction with technological advancements. Together, these factors illustrate how intelligent upgrading in the automotive industry profoundly affects the perception of luxury by blending technological innovation with personalized experiences and sophisticated branding strategies.
How does organization support influence patient safety culture?
5 answers
Organization support plays a crucial role in influencing patient safety culture. Factors such as organizational culture, leadership style, speaking up climate, psychological safety, supervisor support, and organizational learning culture significantly impact nurses' behavior towards patient safety. A positive safety culture within an organization fosters mutual trust, shared safety perceptions, confidence in preventive measures, and support for the workforce. Studies have shown that organizational commitment, communication competence, and patient safety competency are essential in shaping patient safety culture. Encouraging nurses to speak up, enhancing psychological safety, promoting continuous learning from mistakes, and providing adequate support from supervisors are key strategies to improve patient safety culture within healthcare organizations. These supportive measures contribute to creating a safe and conducive environment for both patients and healthcare professionals.
What challenges do Chinese postgraduate students face when studying in the UK?
5 answers
Chinese postgraduate students studying in the UK face various challenges, including difficulties in adapting to new environments, cultural differences, academic pressures, and feelings of isolation due to being away from their parents. Language proficiency, anxiety, and previous learning experiences contribute to these challenges, leading to silence in classrooms and negative engagement. Despite efforts to support international students' transition, sociocultural challenges persist for Chinese postgraduate students in higher education institutions in the UK. Additionally, Chinese students tend to form a 'Chinese circle,' which provides comfort but also acts as a barrier to engaging in intercultural communication and developing intercultural identities, hindering their integration with home and other international students. Enhancing intercultural education, diversifying international recruitment, and providing tailored employment assistance are suggested to address these challenges effectively.
How vehicle speed can cause noise pollution?
5 answers
Vehicle speed plays a crucial role in generating noise pollution. As vehicles move at higher speeds, the rotation of tires on the road surface increases, leading to elevated noise levels. The level of traffic noise is directly influenced by the intensity, speed, and composition of the traffic flow. Studies have shown that noise levels increase linearly with speed, especially above 40-50 km/h. Additionally, acceleration and braking maneuvers can also contribute to a small increase in noise levels. Therefore, controlling vehicle speeds, optimizing tire parameters, and implementing noise reduction measures are essential steps in mitigating the impact of vehicle speed on noise pollution in urban areas.
How traffic flow intensity can cause noise pollution?
4 answers
Traffic flow intensity can significantly contribute to noise pollution. As the number of vehicles on the roads increases, the noise generated from engines, friction with the road surface, brakes, and aerodynamic features of vehicles also rises. Studies have shown that high traffic flow leads to elevated noise levels, exceeding permissible standards near residential areas. The concentration of vehicles in urban areas, especially in central parts of cities, amplifies the impact of traffic noise on the environment. Additionally, the movement of vehicles at non-constant speeds, road bumps, and lack of roadside landscaping further contribute to increased noise levels. Understanding the relationship between traffic flow intensity and noise pollution is crucial for implementing measures to mitigate the negative effects of noise on human health and well-being.
How to reduce traffic caused by train construction?
4 answers
To mitigate traffic disruptions caused by train construction, various strategies can be implemented. One approach involves implementing a three-step adjustment framework, which includes selecting significantly affected bus routes, designing stop-skipping and truncation strategies, and providing feeder bus services to ensure spatial coverage near the construction area. Additionally, incorporating aerodynamic guide plates and impact covers on trains can help reduce the whirling up of loose objects from track beds, enhancing safety and minimizing potential traffic obstructions. Furthermore, the use of sound absorption layers along railway tracks and roads can help dampen airborne noise, improving the urban environment and reducing disturbances caused by construction activities. By combining these measures, it is possible to effectively manage and alleviate traffic issues resulting from train construction projects.
What type of human suffering did nurses witness during the covid pandemic?
8 answers
During the COVID-19 pandemic, nurses witnessed and experienced a multifaceted spectrum of human suffering, both in their patients and within themselves. They were on the frontlines, observing the direct impact of the virus on patient health, which included witnessing patients dying from COVID-19, a profoundly emotional and psychological trauma that left many with lasting aftershocks such as somatization, isolation, and emotional disengagement. The pandemic's nature led to unbearable suffering among nurses, characterized by witnessing suboptimal care delivery and negative consequences for their own well-being. Nurses also faced significant physical and psychological distress, including feelings of guilt related to perceived inefficiencies in care, discomfort from wearing personal protective equipment (PPE) for extended periods, and the emotional toll of long hour shifts. This distress was compounded by high levels of anxiety, particularly among female nurses, driven by the fear of contracting and transmitting the virus, uncertainties about the disease, and the lack of personal protective equipment (PPE). Moreover, the pandemic exacerbated pre-existing issues of burnout among healthcare professionals, with nurses reporting feelings of burnout, anxiety, depression, and even considering the risk of posttraumatic stress and suicide. The social stigma associated with working with COVID-19 patients further increased their anxiety, depression, and burnout, negatively affecting their work performance and mental health. Nurses also struggled with the added challenges of caring for patients with COVID-19, which included dealing with infectious disease, double suffering from patient care, and the mental as well as physical difficulties associated with their roles. The psychological distress experienced by nurses was profound, including symptoms of sleeping disturbance, anxiety, depression, post-traumatic stress, and somatic symptoms. This emotional suffering was due to frustration, physical and mental exhaustion, feelings of helplessness, and professional insecurity. Despite these challenges, the burnout syndrome among nurses was found to be in a low category, suggesting a complex interplay of resilience and suffering.
Has the pandemic exposed nurses to suffering on a different level?
8 answers
The COVID-19 pandemic has indeed exposed nurses to suffering on a different and more intense level, affecting their psychological well-being, professional relationships, and overall health. Nurses directly exposed to COVID-19 patients experienced a significantly higher percentage of depressive symptoms compared to those less exposed, with factors such as physical isolation and concern for family members being significant predictors of these symptoms. This aligns with findings that nurses working during the pandemic witnessed and experienced unbearable suffering, highlighting the transitionary nature of the pandemic and its profound impact on their mental health. Prior to the pandemic, the nursing profession already faced high levels of burnout and mental health challenges, which were only exacerbated by the pandemic, further highlighting the need for mental health support and the reduction of stigma within the profession. The pandemic not only amplified existing occupational challenges but also led to moral suffering and a call for national plans to address nurse burnout. Studies on pediatric emergency nurses showed a moderate level of compassion and normal resilience, indicating the psychological resilience nurses had to develop in response to the pandemic's challenges. The psychological distress experienced by nurses included a wide range of symptoms from anxiety to post-traumatic stress, underscoring the need for psychological support. Social stigma and discriminatory behaviors against healthcare workers further contributed to their mental health challenges and decreased work performance. Nurses' lived experiences during the pandemic revealed deep and intense burdens, requiring special attention and preparation on multiple levels. Finally, the pandemic worsened nurses' working conditions, leading to increased mental suffering and highlighting the urgent need for improved working conditions and health promotion. Collectively, these studies confirm that the pandemic has indeed exposed nurses to suffering on a different and more severe level than before.
How is proper etiquette in the comfort rooms related to charcater development?
5 answers
Proper etiquette in comfort rooms plays a crucial role in character development, especially in children. Teaching good manners and behavior in such settings can facilitate emotional intelligence growth and future life skills. Additionally, the interdependence between etiquette consumers and producers highlights the importance of etiquette guides evolving with the times, reflecting realistic behaviors rather than mere conformity. Furthermore, the application of comfort theory, like Katherine Kolcaba's, emphasizes the significance of fulfilling physiological needs, such as oxygenation, to promote overall well-being and development. Therefore, instilling proper etiquette in comfort rooms not only enhances social interactions but also contributes to holistic character development by nurturing emotional intelligence and meeting physiological needs effectively.
How does pavement conditions impact the degradation of road infrastructure ?
4 answers
Pavement conditions significantly influence the degradation of road infrastructure. Studies reveal that as pavement condition deteriorates, vehicle speed decreases by 8.8%, while noise and vibration increase by 3.3% and over 30%, respectively. Effective pavement management systems rely on accurate data on road technical conditions to predict degradation and plan maintenance activities. Predictive models, such as Artificial Neural Networks, are utilized to forecast pavement performance based on factors like the International Roughness Index, aiding in efficient resource allocation and maintenance planning. In Sri Lanka, pavement degradation models using Markov analysis are proposed for both unpaved and paved roads to predict maintenance requirements and road lifetime, addressing challenges in infrastructure maintenance activities. The structural condition of pavements, as measured by tools like the traffic speed deflectometer, directly impacts surface condition deterioration rates.