Chromatography is an important laboratory skill utilized throughout the chemical disciplines. Often, the materials required can be prohibitively expensive or overly hazardous. In the present study, we present an optimized procedure for an introductory chemistry laboratory experiment which uses only reagents and solvents purchased from a supermarket, which had previously been described in the literature. The impact of the experiment on student understanding of chromatography and whether using common materials to perform an experiment improved their interest in chemistry will be discussed
The introduction of the Chemistry MicroLab Kit (CμLK) aims to assist student learning of chemistry i...
The blue bottle experiment is a popular chemical demonstration because of its simplicity and visual ...
Small-scale chemistry experiments were developed and validated in response to a perceived need to ca...
Students are given mixtures of colored compounds and three chromatographic matricies (cation exchang...
Scope and Method of Study: The use of paper chromatography is very wide spread in applied chemistry,...
Abstract: The gas chromatography experiment presented here is a combination of a quantitative analys...
Chromatography is a ubiquitous technique in analytical chemistry, and high-performance liquid chroma...
As part of an NSF-funded Course Curriculum and Laboratory Improvement (CCLI) project that seeks, in ...
Gas chromatography is a sophisticated tool for the isolation, identification and quantification of c...
This paper describes how a simple macroscopic working model can be constructed to demonstrate the op...
Hands-on experience with analytical chemistry instrumentation is something many undergraduate studen...
An introductory normal phase column chromatography experiment is described and evaluated for second ...
Local or inexpensive materials were used to develop models for teaching chromatography. The models w...
Construction of a laboratory lesson for upper secondary school in the area of Liquid Chrom...
This article suggests a paper chromatographic separation of the dyes in commercial black inks, which...
The introduction of the Chemistry MicroLab Kit (CμLK) aims to assist student learning of chemistry i...
The blue bottle experiment is a popular chemical demonstration because of its simplicity and visual ...
Small-scale chemistry experiments were developed and validated in response to a perceived need to ca...
Students are given mixtures of colored compounds and three chromatographic matricies (cation exchang...
Scope and Method of Study: The use of paper chromatography is very wide spread in applied chemistry,...
Abstract: The gas chromatography experiment presented here is a combination of a quantitative analys...
Chromatography is a ubiquitous technique in analytical chemistry, and high-performance liquid chroma...
As part of an NSF-funded Course Curriculum and Laboratory Improvement (CCLI) project that seeks, in ...
Gas chromatography is a sophisticated tool for the isolation, identification and quantification of c...
This paper describes how a simple macroscopic working model can be constructed to demonstrate the op...
Hands-on experience with analytical chemistry instrumentation is something many undergraduate studen...
An introductory normal phase column chromatography experiment is described and evaluated for second ...
Local or inexpensive materials were used to develop models for teaching chromatography. The models w...
Construction of a laboratory lesson for upper secondary school in the area of Liquid Chrom...
This article suggests a paper chromatographic separation of the dyes in commercial black inks, which...
The introduction of the Chemistry MicroLab Kit (CμLK) aims to assist student learning of chemistry i...
The blue bottle experiment is a popular chemical demonstration because of its simplicity and visual ...
Small-scale chemistry experiments were developed and validated in response to a perceived need to ca...