National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
Modern experiment as a way of innovation and removal of misconceptions in teaching photosynthesis at basic school
BRČÁKOVÁ, Tereza
The aim of my thesis is to validate a modern experiment using a inquiry-based education to teaching using a modern measuring instrument, which was an optical sensor for measuring dissolved oxygen in water. My thesis presents the results of the influence of the students' practical activities during the teaching on the students' understanding of the topic. It also brings verification whether this approach to teaching using a modern experiment has an impact on the attractiveness of science teaching and is able to remove pupils' misconceptions. Data were collected in the form of pretest and posttest. From the obtained statistically evaluated data, it can be concluded that modern experiment combined with inquiry-based education can have a positive effect on students' understanding of the topic.
The role of vegetation in the solar energy distribution and the water cycle in the landscape - an impact of inquiry based education on pupils understanding
BRČÁKOVÁ, Tereza
This article brings the results of the survey aimed on the impact of inquiry based education on the students' knowledge of the role of vegetation in the solar energy distribution and the water cycle in the landscape, which was realized at four schools. The introduction presented the issue of the role of vegetation in the solar energy distribution and the water cycle in the landscape. Further, the bachelor thesis presents problems of inquiry based education, and also implementation of inquiry based science education on this theme in elementary schools education and grammar schools education relating to didactic textbooks. The outcome of the thesis brings the results of the survey made by pretest and posttest forms. From the data collected follows that inquiry based education increases the pupils' knowledge of this topic. Knowledge regarding distribution solar energy by plants is important for understanding water cycle in landscape and evidence based water economy, which can reduce losses of water in a local measure and mitigate subsequent drought.

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