University of Gothenburg

Provides a visual explanation of the working principles of time-of-flight mass spectrometry. Relevant for an introductory course in analytical chemistry. As a bonus, I've included a page about the basics of imaging mass spectrometry.

Provides a summary of sample preparation techniques relevant for an introductory course in analytical chemistry.

Provides a visual explanation of the working principles of an ion-selective electrode. Relevant for an introductory course in analytical chemistry.

Interaction of matter with electromagnetic radiation plays a central role in analytical chemistry. This summary gives you an overview of how different kinds of electromagnetic radiation are related to different energy states in molecules. The Jablonski diagram illustrates transitions between molecular energy states. In addition, equations used in vibrational and rotational spectroscopy ( Related to harmonic/anharmonic oscillator and anharmonic rigid rotor ) are provided. Relevant for an introd...

Provides a visual explanation of the working principles of cyclic voltammetry. Also explains the strengths of microelectrodes compared to conventional electrodes. Relevant for an introductory course in analytical chemistry.

Provides a visual explanation of the working principles of gas and liquid chromatography. Also includes definitions for resolution, coefficients, etc. and how these are related to a chromatogram. The Van Deemter equation is related small/large particle size (in liquid chromatography) and different gases (in gas chromatography). Relevant for an introductory course in analytical chemistry.

Provides a visual explanation of the working principles of capillary electrophoresis. Relevant for an introductory course in analytical chemistry.

This document is a summarizes all reactions that were relevant for my 2nd year exam in organic chemistry (my lecturer primarily focused on carbonyl chemistry). Most reaction mechanisms are described and reagents included. When you're practising drawing reaction mechanisms from memory, you can easily refer back to this list to check for mistakes (probably easier than finding relevant information embedded in a lot of text in your course book!)

Providing a clear explanation of the three different types of reversible enzyme inhibition (competitive, non-competitive, uncompetitive). Cartoon-like illustrations accompany Lineweaver-Burk plots to clarify how each type of inhibitor functions.

Visual summary of the blood-clotting cascade, both the intrinsic and extrinsic pathway. Level of detail relevant for an introductory biochemistry course.