The Effectiveness of Blended Learning Implementation in Ecological Chapters Judging from the Understanding of Students' Concepts

Elok Pitaloka, S. Suyanto
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引用次数: 1

Abstract

The use of technology in the process of learning activities can create a new atmosphere in biology learning, namely direct learning and learning using quipper school online. Learning like this is known as blended learning. The class used for the study was taken through cluster random sampling technique namely X MIPA 2 (experimental class) which implements blended learning and X MIPA 3 (control class) which implements a scientific approach. The implementation of blended learning on the topic of ecology is expected to be effective towards understanding concepts. Blended learning is effective on understanding concepts in ecological discussion because they fulfill three indicators, namely: (1) the average posttest of the experimental class 74.95> the mean posttest of the control class is 64.98, (2) The value of understanding the concepts to the two classes shows a significant difference with the values significance of 0,000<0,05, (3) Mean value of N-Gain experimental class 0.52> N-Gain mean value of control class 0.32. Thus, the implementation of blended learning in the ecology chapter in terms of understanding the concept is said to be effective.
从学生概念的理解看生态章节混合式学习实施的有效性
在学习活动的过程中运用技术,可以营造生物学习的新氛围,即直接学习和利用quipper学校在线学习。这样的学习被称为混合式学习。用于研究的班级是通过整群随机抽样技术进行的,即X MIPA 2(实验班)实施混合学习,X MIPA 3(控制班)实施科学方法。对生态学主题的混合学习的实施有望有效地理解概念。混合学习对生态讨论中概念的理解是有效的,因为它们满足了三个指标,即:(1)实验班的平均后测值为74.95>对照组的平均后测值为64.98;(2)两个班对概念的理解值与对照组的0.32的显著性值有显著性差异。因此,在生态学章节中实施混合学习在理解概念方面被认为是有效的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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