An octahedral chiral ruthenium complex known as a "molecular light switch" is non-luminescent in the presence of thiscompound.
An octahedral chiral ruthenium complex known as a "molecular light switch" is non-luminescent in the presence of thiscompound. No fewer than 28 of these molecules are present in the transition metal complex misleadingly known as "zirconylchloride," and two of them are present in perrhenic acid. A bond in this molecule is ionized to allow metal ions to polymerizein the olation process. The stability region of this compound is the limiting factor often displayed in Pourbaix diagrams. Inmost complexes featuring them, six of these monodentate, reallyweak sigma-donating ligands coordinate to a transition metal,and the overall charge is 2+ or 3+. Highly charged transition metal complexes exchange these ligands for this compound insolution exponentially slower than mildly-charged complexes. At high pHs, these ligands transform into oxido ligands. Thepresence of this compound can be represented by writing the formula, then by adding a dot and indicating how many of thesemolecules there are; salts with formulas written thusly are called hydrates. For 10 points, name this molecule which is the onlyligand in metal aqua complexes.
An octahedral chiral ruthenium complex known as a "molecular light switch" is non-luminescent in the presence of thiscompound.
water [or H2O; or OH2, which is sometimes how water ligands are written, accept aqua and aquo before the mention of "aqua" at the very end; accept dihydrogen monoxide or DHMO from ninth-grade biology teachers; accept aqueous solution from confused people]