Technically, if it has carbon in it it's organic. The acetate ion has two carbons in it. Some people quibble about carbonates not being organic (and there is considerable merit to this view), but I've never heard anyone suggest that acetates aren't organic.
- After the composition: phosphates, acetates - After the range of pH: a great variety of buffers exist.
The sodium sulphate (Na2SO4) is an inorganic chemical compound.
it is inorganic
inorganic
Inorganic since it does not contain carbon
Sodium chloride contains only sodium and chlorine and so is inorganic. In order for a compound to be organic it must contain carbon and hydrogen.
Nitrates (NO3-) and acetates (CH3COO-) are generally soluble in water regardless of the cation they are paired with. This makes compounds containing these ions highly water-soluble.
soluble
yes all acetates are soluble
Acetates are a "family" of chemicals with the acetate (CH3CO2) group or anion.
Rule 1
Nitrates, Acetates, Group 1, Sulfates, Ammonium, Group 17
Philip Copestake has written: 'Selected 2-alkoxyethanols' -- subject(s): Ethylene Glycols, Health risk assessment, Risk Assessment, Environmental aspects, Adverse effects, Toxicology, Toxicity, Environmental Exposure, Ethylene glycols 'Butyl acetates' -- subject(s): Acetates, Environmental aspects, Environmental aspects of Acetates, Environmental aspects of Solvents, Health risk assessment, Solvents, Toxicology
Examples: nitrates, chlorides, acetates, sulfates, formiates, uranates, iodides etc.
- After the composition: phosphates, acetates - After the range of pH: a great variety of buffers exist.
These salts are weak electrolytes: examples are acetates, formates etc. of alkali metals.
- After the composition: phosphates, acetates - After the range of pH: a great variety of buffers exist.