Pb+2 C2H3O2-1 <---- these are the ions and their charges
Pb+2 C2H3O2-1 C2H3O2-1 <---- the charges have to add up to zero, so two -1 acetate ions cancel out one +2 lead ion
Pb(C2H3O2)2 <---- simplify
*** Note that acetate can either be represented by C2H3O2 or CH3COO
Plumbic hydride, also known as lead(II) hydride, is a chemical compound with the formula PbH2. It is a highly unstable and reactive compound that is rarely encountered in pure form. It is mainly studied for its role in the field of inorganic chemistry.
The compound SnH2 would be called either tin(II) hydride or stannous(II) hydride, but I'm not sure such a compound exists. The more common hydride of tin is tin(IV) hydride which is H2Sn, or SnH2.
Lead (II) bisulfate has the formula Pb(HSO4)2
The formula for the hydride formed with antimony is SbH3, which is known as antimony hydride or stibine.
The formula of the hydride formed by tin is SnH4.
The chemical formula for iron(II) hydride is FeH2.
PbH4
Plumbic hydride, also known as lead(II) hydride, is a chemical compound with the formula PbH2. It is a highly unstable and reactive compound that is rarely encountered in pure form. It is mainly studied for its role in the field of inorganic chemistry.
The compound SnH2 would be called either tin(II) hydride or stannous(II) hydride, but I'm not sure such a compound exists. The more common hydride of tin is tin(IV) hydride which is H2Sn, or SnH2.
The compound formula for silver hydride is AgH.
The formula for aluminum hydride is AlH3.
Lead (II) bisulfate has the formula Pb(HSO4)2
The formula for the hydride formed with antimony is SbH3, which is known as antimony hydride or stibine.
The formula of the hydride formed with magnesium is MgH2.
The chemical formula for ammonium hydride is NH4H.
The chemical formula for aluminium hydride is AlH3
The formula of the hydride formed by tin is SnH4.