multi-valent means having many values, meanings, or appeals
Some of the transition state metals are multivalent.
Multivalent metals are in the d-block, or transition metals, and the f-block, or inner transitions metals on the periodic table.
This is a non-existent chemical. There are no nitrogen sulphates, either synthetic or naturally occurring. This is further verified by the 2014 Combined Chemical Dictionary which does not list it.
A little more information is needed. Rhenium is a transition metal, and as such, can have multiple valence states. If an ionic charge is known, for example, +2, then it can be assumed that the formula for the oxide would be RhO. If percent composition by mass is known, for example, 86.5% rhenium by mass, then math can be done to determine the formula of the oxide, which in this case, would also be RhO.
Simple Ions: Atoms that have gained (cation) or lost (anion) electrons and the oxidation state is generally consistent.Family 1A (Alkali Metals): +1Family 2A (Alkaline Earth Metals): +2Family 3A (Boron Family): +3Family 4A (Carbon Family): +4 or -4 (Depends on the element you're dealing with)Family 5A (Nitrogen Family): -3Family 6A (Chalcogens): -2Family 7A (Halogens Family): -1Family 8A (Nobel Gases): 0 (inert)Multivalent Ions: Atoms of a given element may lose more or gain more electrons than another atom of the same element (Note: This applies to most of the B Families).There is a very long list but the general rule is the roman numeral next to the Atomic Symbol represent how many are taken/added. For example Cu+1 is Cuprous in Latin and the Stock System* is Copper (1) while Cu+2 is Cupric in Latin and the Stock System* is Copper (2)*Stock System is the elongated version of the Symbol and the Latin name.*Polyatomic Ions (Also Known as Radicals): Sometimes groups of atoms will share electrons to form clusters that are not neutral like they should be (Note: Only the most common are listed below).NH4+1: AmmoniumH3O+1: HydroniumOH-1: HydroxideCN-1: CyanideC2H3O2-1: AcetateCH3COO-1: Acetate (yes there are two)ClO3-1: ChlorateHCO3-1: BicarbonateCO3-1: CarbonateNO2-1: NitrateNO2-1: NiriteCrO4-2: ChromateCr2O7-2: DichromateHSO4-1: BisulfateSO3-2: SulfiteSO4-2: SulfatePO3-3: PhosphitePO4-3: Phosphate
Some of the transition state metals are multivalent.
Gold is not multivalent Its ionic charge is 3+ (Au)
Yes, it has +3 and +5
Examples of multivalent metals are lead, iron, tin, mercury and copper. They will be written using Roman numerals. To be multivalent they have to have a valence level of at least three or higher.
Multivalent metals are in the d-block, or transition metals, and the f-block, or inner transitions metals on the periodic table.
W. K. Hayman has written: 'Multivalent functions'
It is an abundant, multivalent non-metal.
Multivalent- having more than one valence, or having a valence of 3 or higher
S stand for Sulphur in the periodic table.It has atomic number 16.It is an abundant multivalent element.
What kind of copper is it? If it is Copper (I)/cuprous oxide: Cu2O If it is Copper (II)/cupric oxide: Cu2O2>>> CuO
Nitrogen is a common nonmetallic element that is normally a colorless, odorless, tasteless inert diatomic gas. Sulfur is an abundant tasteless odorless multivalent nonmetallic element.
No it's not, it's a multivalent non-metal.http://en.wikipedia.org/wiki/Sulfur