This paper is about "augmented reality" (AR) and its potentials to support students in handling scientific representations. For this purpose, first representations are examined from a science educational and instructional psychology perspective. After giving a short overview of AR in general and how it can be delineated from…

Research shows that keeping animals in classrooms can have profound effects on student well-being and success. With this practical guide, you will discover how to select a classroom pet, introduce it to students, and design carefully thought-out lessons centered around the animal.

We suggest an activity for measuring the speed of a bicycle going in circular motion by measuring the bicycle's lean angle. In this activity students will be able to feel the strength that is being activated on their bodies while they are moving in circular motion. They will also understand that it is impossible to ride in a circle without the…

This sixth-form chemistry activity describes how students can use acid-base titrimetry to investigate how adding salt to the aqueous phase may change the value of the partition coefficient of an organic acid between water and 2-methylpropan-1-ol. While the presence of lithium chloride and sodium chloride increases the value of the partition…

The aim of this study is to reveal preschool teachers' views on science education, science activities they carry out, methods and techniques they use as well as problems they encounter while performing science activities. This study was carried out according to the case study which frequently used in qualitative research methodology. The study…

The phenomenon of electric polarization is crucial to student understanding of forces exerted between charged objects and insulators or conductors, the process of charging by induction, and the behavior of electroscopes near charged objects. In addition, polarization allows for microscopic-level models of everyday-life macroscopic-level phenomena.…

The SunSpaceArt (SSA) project, led by the author, a solar scientist at the University of Cambridge, comprises a diverse team of scientists and visual artists who run STEAM (STEM + Arts) workshops in schools, space camps and at other venues (museums, science centres and so on). The project focuses mainly on 7- to 12-year-olds, which is a key age…

The purpose of this study is to examine the effects of using Web 2.0 tools in accordance with the 5E learning model on the academic success and views of students in teaching the Pressure unit to eighth-grade students in distance education. A total of 41 students, 21 of whom are in the experiment group and 20 of them are in the control group,…

This study investigated the effect of visual anthropomorphic stories on students' understanding of the particulate nature of matter and their level of anthropomorphic discourse. This study employed a quasi-experimental research design with pretest and posttest control groups. Science activities supported by visual anthropomorphic stories were…

The purpose of this qualitative case study was to explore how equity-oriented pedagogy infused with Making activities promoted five non-dominant middle school youths' attitudes toward science in an after-school program in the Midwestern United States. The researchers conducted pre- and post-interviews with five students from non-dominant…

The study aimed to investigate the effects of visual art supported inquiry based science education on 5th grade students' scientific process skills (SPS). In the research, one group pretest-posttest experimental design is used. The study was carried out with the help of 20 5th grade students. For the purpose of the research, an education including…

In this paper we present activities that can help students deepen their understanding of DC circuits and develop practical competences. The students investigate electric properties of commercially available conductive thread and solve a practical design task using the thread. The activities follow the framework of investigative science learning…

Acquiring a basic understanding about the composition of crystal structures and the resulting structure-property relationship is central for chemists and material chemists, enabling the prediction of desired properties and the solution of a wide range of current challenges in sciences, e.g., the development of clean-energy storage. For a deeper…

One of the unique advantages of electrochemistry is that the relationship between thermodynamics and kinetics is quantitative, which is the basis of voltammetry. Mathematical models of electrochemical systems take advantage of this relationship to predict the effect of changing a system property (e.g., concentration, scan rate, or rate constant)…

Visualizations are useful tools for helping students to understand chemistry concepts at the particulate level. A classroom activity was developed based on learning theory and evidence-based practices, combining protein visualization with thermodynamic parameters from differential scanning fluorimetry (DSF) data analysis. Coding of student…