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• Aluminium
  |number of ionization energies= |speed of sound=
  14 KB (1,991 words) - 11:52, 25 June 2023
• Ammonium bicarbonate
  ...bonate<br>Azanium bicarbonate<br>Azanium hydrogen carbonate<br>Bicarbonate of ammonia<br>Baking soda<br>Hartshorn<br>Powdered baking ammonia [[Ammonium carbamate]] is another potential by-product of decomposition.
  6 KB (816 words) - 14:47, 18 November 2023
• Neodymium iron boron magnet
  ...ls far more visible than most other magnets. They are also a common source of neodymium because they are relatively easy to obtain from different everyda ...y polished, electroplated layer of protective metals such as [[nickel]], [[copper]], [[tin]], and/or [[gold]].
  7 KB (866 words) - 20:38, 26 December 2022
• Proper disposal of chemicals
  ...solvents, that require '''special disposal techniques'''. In the interest of keeping lab costs low, though, it may be a good idea to look into [[Reagent ...hemical disposal entities. '''ALWAYS CHECK THE LOCAL LAWS BEFORE DISPOSING OF ANY REAGENT!''' This wiki will '''NOT''' take any responsibility (legal or
  347 KB (46,057 words) - 20:09, 13 March 2024
• Perchloric acid
  ...ium ions will precipitate the poorly soluble [[potassium perchlorate]] out of the solution. ...ly liquid at room temperature. Like many other concentrated acids, samples of perchloric acid that are highly concentrated are also hygroscopic, absorbin
  8 KB (974 words) - 21:02, 3 May 2020
• Tin
  |number of ionization energies= |speed of sound=
  10 KB (1,322 words) - 18:08, 27 May 2018
• Zinc
  |image name comment=A broken bar of pure zinc.(From zts16's collection) |left=[[Copper]]
  11 KB (1,543 words) - 17:21, 13 February 2021
• Hydrofluoric acid
  ...''', HF, is a [[fuming]] industrial acid of low strength. It is a solution of [[hydrogen fluoride]] in water; pure hydrogen fluoride may also be called h ...sup> anions which are a weaker base than F^-. It is probably one of the most corrosive acids, even when very diluted. It is able to dissolve gl
  8 KB (1,238 words) - 22:13, 7 August 2022
• Safe handling and storage of chemicals
  '''Storage''' of many chemicals require additional or special requirements, to avoid hazards *Solvents in general must be stored away from any source of heat and light.
  48 KB (5,818 words) - 20:11, 13 March 2024
• Schweizer's reagent
  | IUPACName = Tetraammine copper(II) hydroxide dihydrate | OtherCompounds = [[Copper(II) hydroxide]]
  5 KB (581 words) - 20:17, 21 April 2019
• Silver
  |image name comment= One troy ounce of fine silver |above= [[Copper|Cu]]
  16 KB (2,276 words) - 16:36, 4 April 2023
• Sodium hydroxide
  ...'''NaOH'''. It is a [[Hygroscopy|hygroscopic]] white solid with a variety of uses, such as in double replacement reactions to form metal hydroxides or o ...ethanol]], [[glycerol]], but insoluble in most ethers. Alcoholic solutions of sodium hydroxide will oxidize in air, turning brown.
  13 KB (1,867 words) - 14:45, 18 November 2023
• Copper
  |image name=Electrolytic copper.jpg |image name comment=Dendritic copper crystals made by electrolysis.
  16 KB (2,353 words) - 12:11, 25 June 2023
• Aniline
  ...potassium permanganate to [[nitrobenzene]]. This reaction is the opposite of aniline's synthesis. ...n way involves the reduction of nitrobenzene with hydrogen in the presence of a metal catalyst.
  5 KB (667 words) - 14:54, 12 July 2020
• Mu-metal
  {{Stub}}[[File:Mu-metal HDD brackets.jpg|thumb|Old hard drive brackets, made of Mu-metal.]] ...shielding sensitive electronic equipment against magnetic fields. The name of the alloy comes from the Greek letter ''mu'' (μ), which the symbol for mag
  2 KB (370 words) - 15:17, 4 June 2018
• Hydrogen cyanide
  | ImageAlt = Ampoule of liquid HCN The exact classification of HCN as organic or inorganic remains unresolved. Going by the C-H bond defin
  10 KB (1,464 words) - 12:40, 26 January 2024
• Devarda's alloy
  ...c]] used as a reducing agent in analytical chemistry for the determination of nitrates from a sample after their reduction to [[ammonia]] under alkaline Devarda's alloy consists of [[aluminium]] (44% – 46%), [[copper]] (49% – 51%) and [[zinc]] (4% – 6%).
  2 KB (296 words) - 12:44, 10 September 2016
• Brass
  '''Brass''' is the name given to the most common [[copper]]-[[zinc]] alloy. Due to its properties and performance, it is widely used Common brass alloys are comprised of 55-80% copper and 45-15% zinc, with the rest being either [[lead]], [[aluminium]] or [[si
  6 KB (882 words) - 13:38, 20 November 2020
• Steel
  [[File:Many steel tools.jpg|thumb|350px|Various tools made of different types of steel]] ...bon]] alloy, widely used in construction and other common applications due of its high tensile strength and low cost.
  7 KB (1,131 words) - 14:21, 9 September 2020
• Bronze
  ...h about 12% [[tin]]. Like [[brass]], it is widely used in the construction of various metallic items and machine parts. Bronze consists of 88-90% [[copper]] and 10-12% [[tin]]. Bronze are often alloyed with other elements, such as
  3 KB (502 words) - 20:18, 6 February 2021