IOT Based Gas Leakage Based Automatic Regulator Control
Published Date - 25 Apr
With the increasing concern for safety and efficiency in gas utilization, there is a growing demand for innovative solutions to detect gas leaks and mitigate potential hazards. This paper presents an IoT-based Gas Leakage Detection and Automatic Regulator Control System aimed at enhancing safety and optimizing gas usage in residential and commercial settings. The proposed system integrates gas sensors, IoT devices, and a centralized control unit to continuously monitor gas leakage levels in realtime. Upon detecting any anomaly, the system triggers automatic actions to regulate gas flow, prevent further leakage, and alert the relevant stakeholders via SMS or email notifications. Furthermore, the system offers remote monitoring and control capabilities, allowing users to access real-time data and control the gas regulator settings through a smartphone application or web interface. Through the seamless integration of IoT technology, this system offers a proactive approach to gas safety management, ensuring prompt detection, and response to gas leaks, thereby minimizing risks and optimizing gas consumption.
A News Web Application has been developed to provide users with a modern interface and advanced features for an enjoyable news reading experience. Users can read and listen to news articles, with dynamically generated homepages tailored to their interests. Real-time interaction is facilitated through a comment section. An admin-user portal allows CRUD operations and user management. The application is built using HTML, CSS, JavaScript, and React for front-end responsiveness and accessibility. Backend operations are handled by Node.js, Express.js, and MongoDB for scalability and robustness. Extensive testing ensures performance under high user loads, with security measures including encryption and authentication to protect user data. The paper discusses the application's potential and future development directions.
A Comparative Study Of Mental Health Status Of Adolescents
Published Date - 24 Apr
Adolescence is a critical period of development characterized by rapid physical, cognitive, and emotional changes, as well as increased stressors such as academic pressures, peer relationships, identity formation, and family dynamics. These factors can significantly impact adolescent’s mental health and wellbeing. The present study aims at a comparative study on Mental health status of Adolescents. The research was conducted among male and female students studying in Rural and Urban Schools of Keonjhar District, Odisha, studying in 9th and 10th standards. The sample consists of a total 240 boys’ and girls’ students. Mean, SD, T.Test, was used to compare the mental health status of adolescents. There is significant difference found between male and female adolescent in relation to their mental health. Female adolescents have better mental health than male adolescents. There is no significant difference found between rural and urban adolescent in relation to their mental health.
This study employs sentiment analysis techniques to evaluate public sentiment on social media platforms. By employing natural language processing and machine learning algorithms, the research aims to analyze the emotional tone and attitudes expressed in user-generated content. The investigation focuses on identifying prevalent sentiments such as positivity, negativity, or neutrality, providing valuable insights into public opinion and social trends. The findings contribute to a deeper understanding of online discourse, aiding businesses, policymakers, and researchers in making informed decisions based on the prevailing sentiment in social media discussions.
Chemistry, Synthesis and Pharmaceutical importance of ZnO: A Review
Published Date - 23 Apr
Zinc oxide nanoparticles (ZnO NPs) are extensively investigated for their unique physiological and chemical properties. A wide range of volume measurements, including reduced size, antimicrobial, photocatalytic and semiconducting properties, allow the use of ZnO NPs as anti-cancer drugs in new body treatments, nano antibiotics and osteoinductive agents for bone regeneration, such as photo-bone ZnO NPs are described as nanoantibiotics because of their promising antimicrobial properties.1-2 To this end, drug use ZnO has served as a powerful way to provide new ZnO performance rather than improve existing ones.