-
reduction potential of H+ to H2 in
acidic conditions is +0.00, the
chromous ion has
sufficient potential to
reduce acids to hydrogen,
although this reaction...
-
soluble in
boiling hydrochloric acid, but is not
attacked by hot
distilled sulfuric acid or
nitric acid. Like
other chromous compounds, chromium(II) fluoride...
- Chromium(II)
acetate hydrate, also
known as
chromous acetate, is the
coordination compound with the
formula Cr2(CH3CO2)4(H2O)2. This
formula is commonly...
- sulfate: pentahydrate, trihydrate, monohydrate, and
anhydrous derivatives of
chromous sulfate are known. In all of
these compounds, the Cr(II)
centre adopts...
- halides. upon
reaction with
ketones and
chromous chloride. A
prominent α-halo
carboxylic acid is
chloroacetic acid,
which is used to
produce carboxymethyl...
-
phenylglycinamides to oxazolones,
which can be
reductively cleaved with
chromous reagents. N-Phenylglycine (RS)-MCPG Watkins, Jeff; Collingridge, Graham...
- 1002/cber.19110440377. J. R.
Hanson & E.
Premuzic (1967). "Applications of
chromous chloride--II : The
reduction of some
steroidal nitro-compounds". Tetrahedron...
-
sulfate pentahydrate by
reaction with a
mixture of
sodium oxalate and
oxalic acid in deg****ed
aqueous solution,
forming a
light green crystalline product,...
-
highly distorted.
Treatment of
chromium powder with
concentrated hydroiodic acid gives a blue
hydrated chromium(II) iodide,
which can be
converted to related...
- H3PO4 It is
readily oxidized by the atmosphere. CrO is basic,
while CrO3 is
acidic, and Cr2O3 is amphoteric. CrO
occurs in the
spectra of
luminous red novae...
