Sulfur can exhibit a negative valency because it can gain electrons to achieve a stable electron configuration, typically by forming sulfide ions (S2-). This allows sulfur to reach a more stable octet electron configuration, as it gains two electrons to have a full valence shell.
Carbon has a valency of 4, while sulfur has a valency of 6.
The valency of silver is typically +1. However, silver can also exhibit a valency of +2 in certain compounds.
Out of the non-metals you listed, nitrogen (N) is the only one that does not exhibit variable valency. Zinc (Zn), copper (Cu), and iron (Fe) can exhibit variable valency in certain compounds.
Oxygen is divalent, but sulphur exhibits variable valency of 2, 4 and 6 because of the presence of d -orbitals in sulphur. In sulphur, the excitation of np -electrons to nd -sub-shell gives rise to increase in number of unpaired electrons. Option D is correct.
No, gold typically exhibits a fixed valency of +1. It commonly exists in its elemental form with a valency of 0 when not bonded to other elements.
You don't say that. What you do say is that the valency of sulphur in sulphur trioxide is 6.
Things are complicated if we use the term valency. It is better to use the term Oxidation state or Oxidation Number. In SO2, the oxidation state of sulphur is +4 and In SO3, the oxidation state of sulphur is +6.
Carbon has a valency of 4, while sulfur has a valency of 6.
The valency of silver is typically +1. However, silver can also exhibit a valency of +2 in certain compounds.
Negative.
Out of the non-metals you listed, nitrogen (N) is the only one that does not exhibit variable valency. Zinc (Zn), copper (Cu), and iron (Fe) can exhibit variable valency in certain compounds.
Oxygen is divalent, but sulphur exhibits variable valency of 2, 4 and 6 because of the presence of d -orbitals in sulphur. In sulphur, the excitation of np -electrons to nd -sub-shell gives rise to increase in number of unpaired electrons. Option D is correct.
No, gold typically exhibits a fixed valency of +1. It commonly exists in its elemental form with a valency of 0 when not bonded to other elements.
The valency of copper can vary. Copper is a transition metal and can exhibit valencies of +1 or +2, depending on the compound it forms.
The valency of sulfur in the sulfite radical is +4. This is because sulfur has a usual oxidation state of +4 in the sulfite ion, which is SO3^2-.
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The valency of sulfur in sulfuric acid (H2SO4) is +6. This means that sulfur can form up to 6 chemical bonds with other elements.