Tin has two ions
Sn2+ stannous or tin(II) or
Sn4+ stannic ion or tin(IV)
Tin (Sn) can be expressed in an ion as Sn4+ or Sn2+ as it can form both ions.
Tin can form two types of cations with +2 or +4 charge
The charge on Sn (tin) is zero, but once it combines it achieves an oxidation state of either 4+ or 2+. The 4+ is more stable, as in SnO2, but the 2+ state is also very common, as in SnCl2.
+4
Sn=====
First we have to start by determining what charge does Sn have to form this compound. Remember that Fluorine has -1 charge (F-1) and there are 4 of them. That means that Sn must have a +4 charge; therefore, the compound would be called: Tin(IV) fluoride or Stannic fluoride.
Formula: Sn(HCO3)4
Sn is the symbol for tin. (from Latin: stannum)
The chemical formula of stannous nitrate is Sn(NO3)2.
Sn(CLO3)2 Tin (II) has a positive 2 charge and Chlorate has a (-1) charge so you need to cholrates to one Tin.
6
sn stands for tin and can have a varying charge. Its atomic number is 50 and is a member of the carbon group. Its atomic mass is 118.7.
-1 for each Cl, +2 for Sn
Sn(CrO4)2 Tin 4 means that the tin is a cation with a +4 charge. Chromate is a polyatomic ion with the formula (CrO4)-2. Since the tin ion has a +4 charge in this case, and the chromate ion has a -2 charge, there is a 1:2 ratio of tin ions to chromate ions.
Sn=====
The answer is yes because sulfate is only soluble to any positive ion and tin (Sn) happened to to be a cation with a positive 4 charge so that makes Sn(SO3)4 soluble .
First we have to start by determining what charge does Sn have to form this compound. Remember that Fluorine has -1 charge (F-1) and there are 4 of them. That means that Sn must have a +4 charge; therefore, the compound would be called: Tin(IV) fluoride or Stannic fluoride.
The chemical symbol of tin is Sn
previous answer-> "tin(II)nitride --> SnN" what?? I'm pretty sure it's Sn3N2 Nitrogen (nitride) has -3 charge
Formula: Sn(HCO3)4
Sn is tin.