For all practical purposes, any iron you come across is not radioactive.
To be more precise, however, 5.8% of iron found in nature is radioactive, but its half life is extremely long, at more than 31,000,000,000,000,000,000,000 years (3.1 x 1022 years). Like all other elements, synthetic radioactive isotopes of iron exist.
Yes, it can. All chemical elements can ionize. Iron is in the d block of the Periodic Table, meaning it has a tendency to have multiple oxidation states, namely 2+ and 3+. The 3+ oxidation state is more prevalent because stripping 3 electrons from an iron atom is energetically favorable, as it creates a stable, half-filled d-orbital shell. A physical example of this is rust, or iron (III) oxide (Fe2O3), which is an ionic compound. Many ionic iron compounds impart a reddish color, like the blood in our veins. Every molecule of hemoglobin, responsible for the transfer of oxygen throughout our body, has a central iron ion.
(On a side note, many sea-born animals have blue blood, because their blood has a central copper ion, and if you know some about chemistry, copper ionic solutions impart a blue color.. kinda cool huh? Well, to me at least.)
Iron is an element not a bond; iron form ionic and metallic bonds.
No, iron is an element that would normally form cations.
It forms two types of ions.
These are Ferrous(Fe2+) and Ferric(Fe3+).
Ions of Iron are Fe2+ and Fe3+.
Yes.
1 and 1. The iron is the cation with a +2 charge; the oxygen is the anion with the -2 charge.
The anion (HCO3) has the electrical charge -1.
pottasium, iron, magnesium, calcium and some carbohydrates also......!!
Cl -As this is a negatively charged ion it is a anion.
anion
Iron forms a cation.
Fe2(SO4)3 is Iron (III) Sulfate. The cation is Fe3+ and the anion is SO42-
it consists of a negatively charged anion and a positively charged anion which are attracted by each others opposing charges
The iodine anion is iodide. (I^(-)).
1 and 1. The iron is the cation with a +2 charge; the oxygen is the anion with the -2 charge.
No. Iron sulfate is not a metal, it is a salt made from a metal and a non metal polyatomic anion.
Iron carbonate (FeCO3) contai the cation Fe2+ and the anion (CO3)2-.
The anion (HCO3) has the electrical charge -1.
pottasium, iron, magnesium, calcium and some carbohydrates also......!!
The compound FeF3 is a salt, meaning that it has a covalent bond. Split the anion and the cation apart to determine the charge. Since iron can be either +2 or +3, you have to look at the anion (F- in this case) and look at how many negative charges are there. If there are three F-, that means there are three negative charges. That should tell you which iron is involved in the bond.
polyatomic anion
Phosphate is a triply charged polyatomic anion.