Yes, silver (Ag) is diamagnetic because it has a completely filled 4d orbital, which results in paired electrons with opposite spins that cancel out the magnetic moments. As a result, it exhibits no net magnetic moment when placed in a magnetic field.
Ag+
No, silver (Ag) is not paramagnetic; it is considered diamagnetic. This is because all of its electrons are paired in its atomic structure. Paramagnetic materials have unpaired electrons, which silver does not possess in its ground state, leading to a lack of net magnetic moment.
Silver (Ag)
CdS2HNo3
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.
be2 is paramagnetic
Ag+
No, silver (Ag) is not paramagnetic; it is considered diamagnetic. This is because all of its electrons are paired in its atomic structure. Paramagnetic materials have unpaired electrons, which silver does not possess in its ground state, leading to a lack of net magnetic moment.
Fe + 3AgNO3 ==> Fe(NO3)3 plus 3Ag The oxidation number of Ag in AgNO3 (on the left side) is 1+ and in Ag (on the right side), it is zero. Thus, in this reaction, silver (Ag) has been reduced.
Silver (Ag)
diamagnetic
If Ag+ is converted to Ag, it has gained electrons. Ag+ indicates that silver has lost one electron, so when it is converted back to Ag, it means that electron has been gained back.
In the redox reaction, silver (Ag) has been reduced because it gains electrons in forming solid silver (Ag) from silver nitrate (AgNO3).
In the redox reaction AgNO3 + NaNO3 + Ag, silver (Ag) is reduced from Ag+ to Ag with the gain of one electron. Therefore, one electron is transferred in this reaction.
Diamagnetic
Calcium is diamagnetic.
Tungsten is diamagnetic.