This simplest molecule containing this functional group is produced alongside three water molecules from methane, oxygen, and another reactant in the Andrussow process. Elsner's equation gives the amount of gold that can be dissolved when reacted with this functional group in a process that accounts for 13% of the world's usage of compounds containing this moiety. The compound hydroxocobalamin reacts with this moiety to produce a compound that is safe for the body to process. The presence of this moiety in a sample can be tested by adding iron(II) sulfate to see if a (*) blue color results. This moiety is isoelectronic with carbon monoxide. When it is bonded to hydrogen, it forms a liquid or gas with the smell of bitter almonds that is sometimes called prussic acid
This simplest molecule containing this functional group is produced alongside three water molecules from methane, oxygen, and another reactant in the Andrussow process. Elsner's equation gives the amount of gold that can be dissolved when reacted with this functional group in a process that accounts for 13% of the world's usage of compounds containing this moiety. The compound hydroxocobalamin reacts with this moiety to produce a compound that is safe for the body to process. The presence of this moiety in a sample can be tested by adding iron(II) sulfate to see if a (*) blue color results. This moiety is isoelectronic with carbon monoxide. When it is bonded to hydrogen, it forms a liquid or gas with the smell of bitter almonds that is sometimes called prussic acid. For 10 points, name this functional group consisting of a carbon triple-bonded to a nitrogen.
This simplest molecule containing this functional group is produced alongside three water molecules from methane, oxygen, and another reactant in the Andrussow process.
cyano group [accept cyanide; accept nitrile group; accept CN or CN minus before "nitrogen"]