User:Icocci/Choose an Article

Article Selection
Please list articles that you're considering for your Wikipedia assignment below. Begin to critique these articles and find relevant sources.

Option 1

 * Article title:Diisobutylaluminum hydride
 * Article Evaluation:The sentence structure in the properties section is kind of confusing, and the section contains information on reagent preparation which seems misplaced. Also the description of its organic uses is tied too strongly to a description of LAH. No citation for safety information given.
 * Sources:Diisobutylaluminium hydride

Option 2

 * Article title:Base Anhydride
 * Article Evaluation:Article doesn't contain enough explanation of what a base anhydride is. The lead is too long and is only followed by a very short section with two examples. The article also only contains one citation. There are citations missing for the safety information.
 * Sources:Base anhydride

Option 3

 * Article title:Addition Reaction
 * Article Evaluation:The article contains no subheadings; all information is in the lead section. It is also missing a lot of informationIt would be more helpful for the reader for the definition of the reaction type and examples of it to be separate.
 * Sources:Addition reaction

Option 4

 * Article title:Bent Molecular Geometry
 * Article Evaluation:Again, the entirety of the article is in the lead - there are not sub-headings/sections. The explanation of the topic does not follow a clear logical flow and is confusing to read. There is only one citation for one sentence in the entire article. The formatting of the images is also not pleasing to the eye
 * Sources:Bent molecular geometry

Option 5

 * Article title:Deprotonation
 * Article Evaluation:Article does not contain a lead section or subheadings. The article would be more clear and comprehensible if the information was split up into smaller sections with headings. There are only two citations for the article. More pictures could also allow facilitate reader comprehension.
 * Sources:Deprotonation