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Chemistry Education
Showing 1-0 of 329 projects
Development and assessment of an inquiry-based e-module for teaching acid-base conce...
This study reports on the development and assessment of an inquiry-based e-module designed to enhance understanding of acid-base concepts among high school chem...
Assessing the impact of inquiry-based laboratory modules on senior chemistry educati...
In this study, we evaluate how inquiry-based laboratory modules influence senior chemistry students' motivation, conceptual understanding, and critical thinking...
Developing an Interactive Hands-on Module for Green Chemistry Principles through Loc...
This study presents the design, implementation, and evaluation of an interactive hands-on educational module that integrates green chemistry principles into hig...
Development of an interactive green chemistry curriculum module to enhance student u...
This study reports the development and evaluation of an interactive green chemistry curriculum module designed to enhance high school students’ understanding ...
Development of an interactive, low-cost electrochemical sensor kit to teach redox ch...
This study presents the design, development, and evaluation of an interactive, low-cost electrochemical sensor kit aimed at teaching redox chemistry and analyti...
Development of an Interactive Virtual Lab Module for Stoichiometry and Limiting Reag...
This study presents the development and evaluation of an interactive virtual lab module designed to enhance learning outcomes in stoichiometry and limiting reag...
Evaluation of the effectiveness of an inquiry-based learning module on green chemist...
This study investigates the impact of an inquiry-based learning (IBL) module on students’ understanding, engagement, and application of green chemistry concep...
Development of an inquiry-based module to teach acid-base titration concepts using g...
This study reports the design, implementation, and evaluation of an inquiry-based teaching module for acid-base titration integrated with green chemistry indica...
Development of an inquiry-based high school chemistry curriculum module integrating ...
This study presents the design, implementation, and evaluation of an inquiry-based high school chemistry curriculum module that integrates green chemistry princ...
Chemistry Education: Enhancing Conceptual Understanding of Redox Reactions through H...
This study investigates how hands-on inquiry-based laboratories and real-world problem contexts can enhance students’ conceptual understanding of redox reacti...
Assessing the Impact of Inquiry-Based Microchemistry Experiments on Conceptual Under...
This study investigates how inquiry-based microchemistry experiments influence conceptual understanding and scientific thinking among high school chemistry stud...
Development of an Interactive Virtual Laboratory Module to Enhance Conceptual Unders...
This study reports the development, implementation, and validation of an interactive virtual laboratory (VL) module designed to enhance conceptual understanding...
Green Chemistry-based Hands-on Experiment Toolkit for High School and Undergraduate ...
The present study reports the development, validation, and evaluation of a Green Chemistry-based Hands-on Experiment Toolkit designed for high school and underg...
Development of an interactive, low-cost spectroscopy-based module to teach qualitati...
This study presents the design, implementation, and evaluation of an interactive, low-cost spectroscopy-based module aimed at teaching qualitative analysis conc...
Design and Evaluation of Low-Cost, Bio-Inspired Catalysts for Teaching Green Chemist...
This study reports the design, synthesis, and evaluation of low-cost, bio-inspired catalysts aimed at enhancing the teaching of green chemistry principles in bo...
Assessing the impact of inquiry-based learning modules on conceptual understanding a...
This study investigates the effectiveness of inquiry-based learning (IBL) modules on enhancing conceptual understanding and long-term retention of high school c...
Assessing the Effectiveness of Inquiry-Based Learning in High School Chemistry Labor...
This study evaluates the effectiveness of Inquiry-Based Learning (IBL) in high school chemistry laboratory practices and its impact on students’ conceptual un...
Green synthesis and characterization of plant-mediated nanoparticles for enhancing t...
Green synthesis of plant-mediated nanoparticles is explored as a pedagogical tool to enhance the understanding and visualization of reaction kinetics in both hi...
Green synthesis of nanomaterials for teaching catalysis concepts in high school and ...
This study presents a comprehensive investigation into the green synthesis of nanomaterials and their integration as tangible teaching tools to convey core cata...
Development of an inexpensive, hands-on electrochemical sensor kit for analyzing com...
This study presents the design, development, validation, and pedagogical integration of an inexpensive, hands-on electrochemical sensor kit capable of analyzing...
Investigating the Pedagogical Effectiveness of Inquiry-Based Laboratory Modules on C...
This study investigates the pedagogical effectiveness of inquiry-based laboratory modules designed to enhance conceptual understanding of chemical equilibria am...
Innovative Strategies for Enhancing Conceptual Understanding of Organic Chemistry in...
This research investigates the effectiveness of innovative instructional strategies aimed at improving the conceptual understanding of organic chemistry among h...
Integrating Interactive Digital Simulations to Enhance Conceptual Understanding in H...
This research investigates the effectiveness of integrating interactive digital simulations as a pedagogical tool to enhance conceptual understanding among high...
Innovative Strategies for Enhancing Practical Chemistry Skills through Virtual Labor...
The rapid advancement of digital technology has transformed traditional educational methodologies, particularly in the sciences, where practical laboratory work...
Innovative Strategies for Enhancing Laboratory Skills in High School Chemistry Educa...
This study investigates the effectiveness of virtual simulation technologies as innovative strategies to enhance laboratory skills among high school chemistry s...
Development of Interactive Virtual Labs to Enhance Practical Skills in Organic Chemi...
The development of interactive virtual labs aims to revolutionize the practical component of organic chemistry education by providing a dynamic, accessible, and...
Innovative approaches to enhancing student engagement and comprehension in organic c...
This study investigates the effectiveness of digital visualization tools in improving student engagement and comprehension in organic chemistry, a subject often...
Integrating Virtual Reality for Enhancing Conceptual Understanding in Organic Chemis...
The integration of Virtual Reality (VR) technology in chemistry education offers promising avenues for enhancing students' conceptual understanding and practica...
Innovative Strategies for Enhancing Chemistry Conceptual Understanding among High Sc...
This study investigates the effectiveness of innovative digital tools in enhancing the conceptual understanding of chemistry among high school students. Recogni...
Interactive Digital Simulations for Enhancing Conceptual Understanding in Organic Ch...
This study investigates the effectiveness of interactive digital simulations in improving students' conceptual understanding of fundamental organic chemistry pr...
