Titlebook: Learning Mathematics in a Mobile App-Supported Math Trail Environment; Adi Nur Cahyono Book 2018 The Author(s), under exclusive licence to

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Theoretical Background,by the constructivist theory in mathematics education and underpinned by the concept of the math trail programme and the use of mobile technology to support the programme. Based on this theoretical framework, an educational programme was developed to promote student motivation, their performance in

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The MathCityMap Project,ny. The project was designed to provide an opportunity for students to experience mathematics in real places and in real situations within out-of-school activities, with the help of GPS-enabled smartphones and special math problems. Because the theory behind the MathCityMap project has not been form

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Designing the Mobile App-Supported Math Trail Environment in Indonesia,a. This design consists of three main parts: the rules of the activity, the math trail design and the mobile app design. Following the suggestion from Pearson (The learning curve 2014: Education and skills for life. Retrieved from ., 2014) that preparing and conducting an educational practice in a c

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Evaluating the Potential Effects of a Mobile App-Supported Math Trail Programme: An Exploration Stut in Indonesia that meets the validity and practicality criteria. This chapter focuses on the activities involved in the assessment stage. The assessment was conducted through an empirical study in Indonesia by implementing the programme and using the prototypes that were designed and validated in t

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Conclusions and Recommendations,im of this chapter is to draw conclusions regarding the results as the answers to the research questions stated in the first chapter. Recommendations are also given in the last section of this chapter. There are two kinds of recommendations, namely, a recommendation that the programme be implemented

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Adi Nur Cahyonodue to the low resolution of SAXS data, high-resolution data obtained from X-ray crystallography or NMR and computational methods such as molecular dynamics (MD) simulations are complementary to SAXS data for understanding protein functions based on their structures at atomic resolution. Because MD

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Adi Nur Cahyonoically, NMR spectroscopy was number two after X-ray crystallography in the rate of depositions to the Protein Data Bank (PDB). However, electron cryomicroscopy (CryoEM) recently surpassed NMR in this regard. NMR frequently is used in conjunction with X-ray or CryoEM in structure determinations. NMR

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