pisco_log
banner

Digital Information System (DIS) and the Current Situation of Its Application in Middle School Experiment Teaching

Xinyan Jin

Abstract


In recent years, artificial intelligence and other digital technologies have developed rapidly. The issue of digital empowerment for
the development of teaching has gradually become a hot spot. This paper, using the literature research method, finds that physics experiment
teaching combined with DISLAB sensors has a significant positive effect and can have a positive impact on students learning interest, learning quality, and teachers teaching models. DISLab sensors have achieved the integration of information technology and physics experiment
teaching, providing a better perspective for teachers and students to effectively complete the teaching and learning of experiments.

Keywords


DISlab; PASCO system; Physical experiment teaching; Middle school

Full Text:

PDF

Included Database


References


[1] hang Xiumei, Liu Ling. Optimization and Development of high school physics Student Experiment with Digital Information System

(DIS): A case study of "Momentum Conservation Law Experiment" [J]. Physics Teaching,2016,38(12):21-25.

[2] Ma Shaojun. Application of Digital Information System Laboratory in the teaching of new Physics Course in Middle school [J]. Teaching Research,2013,36(06):115-119.

[3] Shen Qinghua. The Reform and Exploration of Middle School Physics Experimental Teaching under the New Curriculum Standards [J].

Exam Weekly, 2024, (26): 123-126

[4] Wang Chao. Innovative Thinking on Experimental Teaching of Middle School Physics under Core Literacy [J]. Guangxi Physics,

2023,44 (01): 153-155

[5] Ding Hongjuan. Research on Exploratory Teaching in High School Physics Teaching [J].Mathematics and Physics (High School Edition), 2024, (12): 54-56

[6] Tang Yueming, Xie Zijuan, Zhang Wenjie. The application of sensor technology in middle school physics experimental teaching [J].

China Electronic Education, 2006, (11): 53-55

[7] Xu Shiwen, Lu Hanhui, Xu Yibing, et al. Exploring the Law of Photoelectric Effect Using Langwei DISLab [J]. Physics Teaching,

2018,40 (11): 31-32+56

[8] Wang Lianyou, Wang Yanhong. Two thermal experimental designs based on DISLab [J]. Science and Education Journal (Mid Decadal),

2020, (08): 131-132. DOI: 10.16871/j.cnki. kjwhb. 2020, March 058

[9] Wu Xiaoying, Pang Yuan, Wang Zhifan, et al. Enhancing Digital Literacy of Rural Teachers: The Essential Points, Actual States, and

Inevitable Paths [J]. Education and Equipment Research, 2024,40 (06): 28-34

[10] Guo Congbin, Wu Yuchuan, Sha Jiemin, et al. The Teacher Foundation of Science Education in Primary and Secondary Schools in China: Challenges and Responses: Based on a Questionnaire Survey of 16841 Primary and Secondary School Teachers [J]. Chinese Journal

of Education, 2024, (06): 77-83

[11] Wang Yan, Song Zhiyun. On the Current Situation and Countermeasures of Professional Development of Rural Primary School Teachers - Taking Yanbian Korean Autonomous Prefecture as an Example [J]. Journal of Yanbian Education College, 2022, 36 (04): 141-143

[12] Wei Shunping, Hou Wenting, Cheng Gang. The current situation, causes, and development paths of digital literacy among primary and

secondary school teachers in China [J]. Journal of Tianjin Radio and Television University, 2024,28 (02): 60-68

[13] Luo Shanshan, Yang Kaiyuan, Li Jinyu, et al. Exploration and Path Practice of Innovative Talents Training Model for Applied Specialized Colleges under the Background of Education Informatization 2.0: Taking the Architectural Design Professional Group as an Example [J]. Modern Vocational Education, 2024 (14): 33-36

[14] Liu Maojun, Zhang Yong. Review of Research on the Integration of High School Physics Experiments and Sensors [J]. Physics Teachers, 2015,36 (11): 68-72




DOI: http://dx.doi.org/10.18686/wef.v2i3.4310

Refbacks

  • There are currently no refbacks.