yes Silver+Oxalate will give you a Precipitate
2Ag(aq)+C2O4(aq)>Ag2C2O4(s)
Calcium, strontium and Barium form white precipitates of their oxalates with C2O4-2 ions.
The symbol for oxalate ion is C2O4^2-.
The chemical name for C2O4 with a charge of -2 is Oxalate.
The chemical formula of sodium oxalate is Na2C2O4.
Ag+ (apex)
Calcium, strontium and Barium form white precipitates of their oxalates with C2O4-2 ions.
C2O4 has a charge of -2
The symbol for oxalate ion is C2O4^2-.
Th (C2O4)2.6H2O or Th (C2O4)2.2H2O
The chemical name for C2O4 with a charge of -2 is Oxalate.
Yes, a reduction of silver can form Ag+ ions. When silver undergoes reduction, it loses one electron to form Ag+ ions, which have a positive charge.
The molecular formula out of the options provided is CO, which represents a carbon atom and an oxygen atom bonded together. The other options, Co and C2O4, do not represent a molecular formula but instead may refer to cobalt (Co) and oxalate ion (C2O4^2-), respectively.
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In most reactions, Ag atoms loses an electron apiece to form the silver cation. This cation has a plus one charge. It is represented as Ag+.
Sodium chloride is not a precipitate.
In the given redox reaction, silver nitrate (AgNO3) reacts with sodium nitrate (NaNO3) and elemental silver (Ag). The element that has been reduced is silver (Ag) because it is being converted from its ionic form (Ag^+) in AgNO3 to its elemental form (Ag). Reduction involves the gain of electrons, and in this case, Ag^+ gains an electron to become neutral Ag.
Silver forms a cation with a charge of +1, represented as Ag+.