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Solved problems in mechanics
Soukup, Marek ; Mandíková, Dana (advisor) ; Žák, Vojtěch (referee)
: In terms of the thesis an electronic collection of solved problems was created. The solved problems embrace the mechanics of solid object theme. There are total 17 of solved problems in the collection. The problems cover the level from secondary school to introductory university lectures on classical mechanics. The problems are selected from existing collection and publications. Every problem contains an assigment, a structured help. a detailed solution and a result. In the first part of the thesis a problem and an aim of the thesis are specified. Next, the overview of the subject matter which is teached in primary schools, secondary schools and at university follows. The common schoolbooks are also described. The last part of the thesis describes the characteristics, the technical solution, the structure and the content of the electronic collection of solved problems. In the conclusion the results of work and the future perspective are summerized. An attachment includes 5 solved problems. All solved problems and the text of the thesis are included in the electronic form on the enclosed CD.
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How to present elements of Special Theory of Relativity
Soukup, Marek ; Dvořák, Leoš (advisor) ; Gottwald, Stanislav (referee)
The core of this work are electronic tools, specifically interactive animations, usable for teaching the special theory of relativity in the advanced courses in the high schools and on college level. Using HTML5 technologies were created four interactive animations and calculator of relativistic phenomena. For interactive animations, there are sets of questions and tasks accompanied with the correct answers. There are three options in using of these tools: either by the teacher in frontal instruction method or by students during their individual work or by the general public interested in the topic of the special theory of relativity. Whole package is available online. The work also includes research of related literature, misconceptions and available electronic tools. Powered by TCPDF (www.tcpdf.org)
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How to present elements of Special Theory of Relativity
Soukup, Marek ; Dvořák, Leoš (advisor) ; Gottwald, Stanislav (referee)
The core of this work are electronic tools, specifically interactive animations, usable for teaching the special theory of relativity in the advanced courses in the high schools and on college level. Using HTML5 technologies were created four interactive animations and calculator of relativistic phenomena. For interactive animations, there are sets of questions and tasks accompanied with the correct answers. There are three options in using of these tools: either by the teacher in frontal instruction method or by students during their individual work or by the general public interested in the topic of the special theory of relativity. Whole package is available online. The work also includes research of related literature, misconceptions and available electronic tools. Powered by TCPDF (www.tcpdf.org)
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Solved problems in mechanics
Soukup, Marek ; Mandíková, Dana (advisor) ; Žák, Vojtěch (referee)
: In terms of the thesis an electronic collection of solved problems was created. The solved problems embrace the mechanics of solid object theme. There are total 17 of solved problems in the collection. The problems cover the level from secondary school to introductory university lectures on classical mechanics. The problems are selected from existing collection and publications. Every problem contains an assigment, a structured help. a detailed solution and a result. In the first part of the thesis a problem and an aim of the thesis are specified. Next, the overview of the subject matter which is teached in primary schools, secondary schools and at university follows. The common schoolbooks are also described. The last part of the thesis describes the characteristics, the technical solution, the structure and the content of the electronic collection of solved problems. In the conclusion the results of work and the future perspective are summerized. An attachment includes 5 solved problems. All solved problems and the text of the thesis are included in the electronic form on the enclosed CD.
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