Pb10S10 The prefix deca in decasulfide means that there are 10 sulfide ions in the formula, each with a 2- charge. So the total negative charge is 10 x 2-, which equals 20-. To balance the total sulfide charge, you need enough lead II ions to equal 20+, so that means 10 lead II ions, which equals a charge of 20+. This is not really the correct way to name this compound. It should just simply be lead II sulfide, and the proper formula would be PbS, which, if you look at the ratio of lead to sulfide ions, which is 10:10, the formula for lead II decasulfide should be reduced to PbS.
2 or 4 just for fun, Tin also has a charge of 2 or 4. The names of lead are plumbous (2 charge) and plumbic ( 4 charge). You can also name it like lead (II). Read a textbook, your so ignorant.
Lead(II) fluoride (PbF2) is insoluble in water. This is because lead(II) compounds typically have low solubility in water due to the high charge density and larger size of the lead(II) ion.
Plumbous refers to Lead II. The II means it is in a +2 state. Therefore, this requires two Iodines as they have -1 charge. Therefore the formula is PbI2
Lead (II) Sulfite
The formula of lead(II) bromide is PbBr2. Lead has a 2+ charge, while bromine has a 1- charge, so it takes two bromine atoms to balance out the charge on one lead atom.
The metallic ion in lead II sulfate is lead (Pb) with a +2 charge.
It is Lead Carbonate, but to be more specific, it is Lead (II) Carbonate. Lead can have a charge of +2 or +4. A carbonate ion has a charge or -2. So, in order for the chemical formula to be PbCO3 the lead ion must have a charge of +2, hence the (II) between the lead and carbonate.
The formula for lead II nitride is Pb3N2. This is because lead has a charge of +2 (Pb2+) and nitrogen has a charge of -3 (N3-), so you need three lead atoms to balance the charge of two nitrogen atoms.
The compound configuration containing lead II ion is lead(II) nitrate, with the chemical formula Pb(NO3)2. Lead II ion has a +2 charge, which is why it is designated as "II" in its naming.
The compound PbI4 is lead (II) iodide, where the lead ion has a charge of +2 and the iodide ion has a charge of -1.
The formula for lead (II) phosphate is Pb3(PO4)2, because phosphate anions have a charge of minus three and lead (II) cations have a charge of plus two.
Pb10S10 The prefix deca in decasulfide means that there are 10 sulfide ions in the formula, each with a 2- charge. So the total negative charge is 10 x 2-, which equals 20-. To balance the total sulfide charge, you need enough lead II ions to equal 20+, so that means 10 lead II ions, which equals a charge of 20+. This is not really the correct way to name this compound. It should just simply be lead II sulfide, and the proper formula would be PbS, which, if you look at the ratio of lead to sulfide ions, which is 10:10, the formula for lead II decasulfide should be reduced to PbS.
The binary compound of Pb2C is lead(II) carbide. Lead(II) has a 2+ charge (Pb2+) and carbide has a 2- charge (C2-), so the compound is formed by combining one lead ion with one carbide ion.
The ionic charge of lead (Pb) in the compound PbS2 is +2. Lead typically has a charge of +2 when it forms ionic compounds.
The formula for a compound made of lead(II) and chromate ions is PbCrO4. Lead(II) has a 2+ charge, while chromate has a 2- charge, so the formula is Pb2+ and CrO4 2-. When combined, they balance each other to form PbCrO4.
The ionic compound formed by lead(II) sulfite is PbSO3. Lead(II) ions have a +2 charge, and sulfite ions have a -2 charge. Thus, they combine in a 1:1 ratio to form the compound PbSO3.