The sulfate ion (SO4 2-) is a weak base when it reacts with water. It will accept protons from water to a limited extent, making it a weak base.
No, SO4-2 (sulfate ion) is a weak base. It does not readily accept protons in aqueous solutions to act as a base.
Yes, CoSO4 (cobalt(II) sulfate) is a strong electrolyte because it completely dissociates into its ions (Co2+ and SO4 2-) in solution, allowing it to conduct electricity effectively.
CuSO4 is a strong electrolyte because it dissociates completely in water to form Cu²⁺ and SO4²⁻ ions, which allows it to conduct electricity effectively.
It is a strong acid only for the first hydrogen ion that is produced. (1) H2SO4 --> H+ + HSO4^- The remaining bisulfate ion, HSO4^-, is a weak acid and only partially dissociates. (2) HSO4^- <==> H+ + SO4^2- A misconception is that since sulfuric acid is a strong acid, that it dissociates like this: (3) H2SO4 --> 2H+ + SO4^2- That simply isn't the case except for extremely dilute solutions. As the concentration of the acid decreases, the acid behaves more and more like a strong diporotic acid. At "infinite dilution" it is accurate to write the dissociation as equation (3).
It's a salt with a high pH.Strong acids Weak acidsWeak bases Strong bases HBr CH3COOH NH3 NaOH HCl HF NH4OH KOH H2SO4 HCN Cu(OH)2 Ca(OH)2
No, SO4-2 (sulfate ion) is a weak base. It does not readily accept protons in aqueous solutions to act as a base.
Yes, CoSO4 (cobalt(II) sulfate) is a strong electrolyte because it completely dissociates into its ions (Co2+ and SO4 2-) in solution, allowing it to conduct electricity effectively.
CuSO4 is a strong electrolyte because it dissociates completely in water to form Cu²⁺ and SO4²⁻ ions, which allows it to conduct electricity effectively.
1.Strong Sector, Strong competitive positioning 2.Strong Sector, Weak competitive positioning 3.Weak Sector, Strong competitive positioning 4.Weak Sector, Weak competitive positioning
It is a strong acid only for the first hydrogen ion that is produced. (1) H2SO4 --> H+ + HSO4^- The remaining bisulfate ion, HSO4^-, is a weak acid and only partially dissociates. (2) HSO4^- <==> H+ + SO4^2- A misconception is that since sulfuric acid is a strong acid, that it dissociates like this: (3) H2SO4 --> 2H+ + SO4^2- That simply isn't the case except for extremely dilute solutions. As the concentration of the acid decreases, the acid behaves more and more like a strong diporotic acid. At "infinite dilution" it is accurate to write the dissociation as equation (3).
SO4 is not a molecule. (SO4)2- is the sulfate ion.
it is weak and strong because it neutralises acids. So its strong not weak but weak not strong.
Sr(OH)2 is considered a strong base
It is SO4 -2 named as sulphate ion.
It's a salt with a high pH.Strong acids Weak acidsWeak bases Strong bases HBr CH3COOH NH3 NaOH HCl HF NH4OH KOH H2SO4 HCN Cu(OH)2 Ca(OH)2
Fe+3 SO4-2
Calcium sulfate (CaSO4) is considered a weak electrolyte. While it does dissociate into calcium ions (Ca²⁺) and sulfate ions (SO4²⁻) when dissolved in water, its solubility is quite low. This limited dissociation results in a relatively low concentration of ions in solution, classifying it as a weak electrolyte compared to strong electrolytes like sodium chloride (NaCl), which fully dissociates in water.