<abstract xmlns="http://www.w3.org/1999/xhtml">One of the fundamental elements of a scientist's work is the ability to lead observations of the phenomena that surround us and based on them making conclusions. These observations are conducted within the so-called scientific experiments. Lessons learned based on the results obtained in experiments allow researchers to better understand the essence of the phenomena occurring in the world around us. Drawing conclusions is not always easy. In order to achieve this skill, we must possess a well-established knowledge in the field of the phenomenon that interests us. The most striking example of how important skills are observation and drawing proper conclusions is the phenomenon of global climate warming. The main parameter influencing temperatures registered on Earth is the concentration of greenhouse gases in the atmosphere, and especially carbon dioxide created from combustion processes. A significant role in studies of the reduction of CO2 emissions plays chemists. To be sure that conducted by them experiments are optimally designed, it is necessary to ensure them with proper education already at the secondary school level. The main aim of this article was to conduct the study in order to explain chemical issues that create the greatest cognitive difficulties among students. The second aim of the article was to propose a chemical experiment to students that would allow them to find out more about the phenomena governing in the area of problematic issues. The proposed experiment is based on the concept of solubility equilibrium. Results of preliminary tests that have been carried out after applying this experiment on a small group of students, indicated their better understanding of the studied subject.</abstract>

One of the fundamental elements of a scientist's work is the ability to lead observations of the phenomena that surround us and based on them making conclusions. These observations are conducted within the so-called scientific experiments. Lessons learned based on the results obtained in experiments allow researchers to better understand the essence of the phenomena occurring in the world around us. Drawing conclusions is not always easy. In order to achieve this skill, we must possess a well-established knowledge in the field of the phenomenon that interests us. The most striking example of how important skills are observation and drawing proper conclusions is the phenomenon of global climate warming. The main parameter influencing temperatures registered on Earth is the concentration of greenhouse gases in the atmosphere, and especially carbon dioxide created from combustion processes. A significant role in studies of the reduction of CO2 emissions plays chemists. To be sure that conducted by them experiments are optimally designed, it is necessary to ensure them with proper education already at the secondary school level. The main aim of this article was to conduct the study in order to explain chemical issues that create the greatest cognitive difficulties among students. The second aim of the article was to propose a chemical experiment to students that would allow them to find out more about the phenomena governing in the area of problematic issues. The proposed experiment is based on the concept of solubility equilibrium. Results of preliminary tests that have been carried out after applying this experiment on a small group of students, indicated their better understanding of the studied subject.

Remediation of CO2 in Boudouard’s Reaction as an Example of Reversible Chemical Reaction

Chemistry-Didactics-Ecology-Metrology

This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.

Remediation of CO in Boudouard’s Reaction as an Example of Reversible Chemical Reaction

One of the fundamental elements of a scientist's work is the ability to lead observations of the phenomena that surround us and based on them making...

Remediation of CO₂ in Boudouard’s Reaction as an Example of Reversible Chemical Reaction

Pubblicato online: 29 gen 2021

Pagine: 101 - 111

DOI: https://doi.org/10.2478/cdem-2020-0007

Parole chiave
Boudouard reaction, equilibrium constant, inquiry-based science education, chemical experiment

© 2020 Elżbieta Szostak et al., published by Sciendo

This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.

Remediation of CO2 in Boudouard’s Reaction as an Example of Reversible Chemical Reaction

Pubblicato online: 29 gen 2021

Pagine: 101 - 111

DOI: https://doi.org/10.2478/cdem-2020-0007

Parole chiaveBoudouard reaction, equilibrium constant, inquiry-based science education, chemical experiment

© 2020 Elżbieta Szostak et al., published by Sciendo

This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.

Remediation of CO₂ in Boudouard’s Reaction as an Example of Reversible Chemical Reaction

Parole chiave
Boudouard reaction, equilibrium constant, inquiry-based science education, chemical experiment