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Created by Katherine N. Crowder, University of Mary Washington (ncrowder@umw.edu) and posted on VIPEr (www.ionicviper.org) on May 8, 2018. Copyright Katherine.

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Presentation on theme: "Created by Katherine N. Crowder, University of Mary Washington (ncrowder@umw.edu) and posted on VIPEr (www.ionicviper.org) on May 8, 2018. Copyright Katherine."— Presentation transcript:

1 Created by Katherine N. Crowder, University of Mary Washington and posted on VIPEr ( on May 8, Copyright Katherine N. Crowder This work is licensed under the Creative Commons Attribution Non-commercial Share Alike License. To view a copy of this license visit

2 Abstract What is included?
Overview of what they did, focused on results and major findings Synthesized compounds are given with long names, abbreviations are defined the first time used, acronyms are established; Numerical assignments to complexes (in bold whenever used, 1) IMPORTANT: Numerical results, percent yields, spectroscopic values, visual/qualitative observations (colors), structures, brief discussion of why this was observed (theory) 6-8 sentences, less than 10 for sure – most professional abstracts have a word limit Figures count for 75 words What is NOT included? Background info, context Procedural details, raw data, error analysis Not all numerical or spectral data – just the important, key stuff No references No references to figures, data tables, etc. What is the tone, audience, verb tense? Passive, third person, not I, not we, not you Pick a tense, but be consistent Formal, concise, sophisticated, neutral (unbiased), very direct Upper level audience, not dumbed down

3 Experimental Section – for inorganic lab reports only
What is included? Procedure – step by step, reagents given with grams and mmol or concentrations, very thorough, everything you would need to know to re-create the results - general procedure, reaction conditions (temp, time, atmosphere, stirring, etc.), purification Qualitative observations – color, texture Percent yield Spectral data – IR, NMR, UV/Vis – spectroscopic characterizations – chemical shifts, splitting, integration, attribution to component responsible; lambda max; wavenumbers Include references for specialized techniques What is NOT included? Specifics on glassware – unless specialized No analysis of results, discussion of error, etc. No explanation of common techniques (ex: refluxing) What is the format? Paragraphs for each synthesis – heading with compound name General information paragraph – info on instrumentation (brand and model number) and parameters of analyses done (number of scans, resolution, wavenumber or wavelength range, etc.), suppliers of chemicals and purity/grade, basics of the experiment, computer software, etc.


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