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Empirical Study of Multimedia Technology in the Orienteering Teaching of Males in Colleges Universities

机译:高校雄性定向教学多媒体技术的实证研究

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Objective: Regarding a number of outstanding issues in orienteering teaching of males in colleges and universities, I discuss the value and effects of multimedia technology when applied in orienteering teaching as a selective course. Methodology: For the research subjects of Class 1 (as an experiment class with 32 persons) and Class 2 (as the comparison class with 33 persons) of Jinggangshan University, which entered the university in 2009, and which took the selective orienteering course, the literature method, interview method, measurement method, comparison method, questionnaire method and mathematical statistic method were used to conduct an empirical study over the scores of the students in 100m run, 1000m run, orienteering theory, and 100m orienteering. Result: Compared with its scores before the experiment, after the experiment, the experiment class scored 0.45s less in 100m run (P=0.02< 0.05); 21.32s less in 1000m run (P=0.000< 0.01); and 29.05 points less in orienteering theory (P=0.000< 0.01). Compared with the comparison class, after the experiment, the experiment class scored 5.7s on average in 100m orienteering (P=0.000<0.01). Conclusion: Both the multimedia-assisted teaching and the traditional teaching can greatly improve the male students' scores in 100m run, 1000m run and orienteering theory. However, the multimedia-assisted teaching does better to improve their scores in 100m run and 1000m run, and extraordinarily better in orienteering theory, than the traditional teaching does. Moreover, it can greatly increase their scores in 100m orienteering, with fewer errors and obvious effectiveness. If properly applied, the multimedia-assisted teaching will stimulate the interest of students, so that they can better learn and understand orienteering-related knowledge within a shorter period of time. Such teaching technique is worth spreading.
机译:目的:关于高校雄性定向教学的一些突出问题,我讨论了在定向教学中作为一种选择性课程应用时的多媒体技术的价值和影响。方法论:对于京畿道大学的第1级的研究主题(作为32人的实验课程)和2级(作为33人的比较班),2009年进入大学,并采取了选择性导向课程,文献方法,采访方法,测量方法,比较方法,问卷方法和数学统计方法用于对100米奔跑,100亿次,定向理论和100米定向的学生分数进行实证研究。结果:与实验前的分数相比,在实验后,实验课程在100米的速度下较小0.45秒(P = 0.02 <0.05);速度少21.32s(p = 0.000 <0.01);定向理论少29.05点(P = 0.000 <0.01)。与比较类相比,实验后,实验课程平均均为5.7s,平均为100米方向,P = 0.000 <0.01)。结论:多媒体辅助教学和传统教学都可以大大提高男性学生的成绩,100米奔跑,奔跑1000米,定向理论。然而,多媒体辅助教学更好地提高了100米奔跑的分数,跑了1000米,在方向理论中非常好,而不是传统的教学。此外,它可以大大提高他们的成绩,以100米定向,误差较少,有效性明显。如果适当应用,多媒体辅助教学将刺激学生的兴趣,以便在较短的时间内更好地学习和理解导向相关的知识。这种教学技术值得蔓延。

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