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Dulinets, T.G., Nakonechnaya, E.V., Suvorova, N.V., Shepeleva, Y.S., Tyukanov, V.L. (2022). Increasing the motivation of high school students through multimedia technologies. Psychologist, 5, 36–54. . https://doi.org/10.25136/2409-8701.2022.5.38942
Increasing the motivation of high school students through multimedia technologies
DOI: 10.25136/2409-8701.2022.5.38942EDN: KAZSUNReceived: 13-10-2022Published: 06-11-2022Abstract: The subject of this study is the influence of multimedia on the development of motivation for learning among schoolchildren. A study was conducted on the basis of MBOU Lyceum No. 8 in Krasnoyarsk among students of two ninth grades. In the course of the study, the following methods were used: studying the motivation of M.I. Lukyanova's teaching; determining the level of motivation of N.G. Luskanova's teaching, interviewing teachers and students. Prior to the experiment, the level of motivation among the students of the control and experimental groups was measured, which corresponded to the level of "low" and "medium" for 46 and 52% of respondents, respectively. After the experiment, when more than 100 chemistry and biology lessons were conducted for two quarters, the level of motivation in the experimental group increased according to the indicators "high" and "very high" according to the results of two methods. thus, after conducting an experiment with the use of multimedia technologies in the classroom in the experimental group, there is a decrease in the number of students with low and very low levels of educational motives. The main conclusions of this study are related to the fact that as a result of the study, it was proved that the level of motivation for learning among schoolchildren increases when using multimedia technologies in the classroom, such as multimedia presentations, audio and video clips, electronic textbooks, interactive whiteboards and online testing. The study revealed an increase in academic performance in the experimental group. Academic performance in this group has increased due to an increase in the level of motivation for learning among schoolchildren. According to the results of the study, it can be concluded that the use of multimedia technologies contributes to an increase in the level of motivation for learning and, therefore, directly affects the academic performance of students. Keywords: motivation, school students, technology, multimedia, education, control group, experimental group, doctrine, presentation, Information TechnologyThis article is automatically translated. You can find original text of the article here.
Figure 1 - The level of motivation of the experimental and control groups according to the method of N.G. Luskanova. (Stage 1) The diagram shows that the two classes are dominated by a low and very low level of learning motivation. Such students attend school reluctantly, prefer to skip classes. In the classroom, they often do extraneous things, games. They have serious difficulties in learning activities. They are in a state of unstable adaptation to school. In extreme cases, students may be aggressive, refuse to perform certain tasks, follow certain norms and rules. We also looked at the academic performance of students in two grades according to the school magazine and calculated the average score in subjects that most students chose as elective subjects for passing the OGE. This is chemistry and biology. The control of academic performance in two classes is shown in Figure 2. The diagram shows that the academic performance in the two classes is about the same. The average score in biology in the experimental class is 4.1, and in the control group 4.3 points. The average score in chemistry in the experimental group is 3.7, and the control group is 3.4 points. Figure 5 - The level of motivation of the experimental and control groups according to the method of N.G. Luskanova. (Stage 2) The level of academic performance in the experimental group has changed slightly, the results are shown in Figure 6. Figure 6 - The level of academic performance in two groups In the subject "biology" in the control group, the average score increased by 0.1, in the experimental group, the average score increased by 0.6. In the subject chemistry" in the control group, the average score decreased by 0.1, in the experimental group, the average score increased by 0.2.
Figure 12 – N.G. Luskanov's Chi-square criterion References
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