Webb26 aug. 2011 · But to explain the acid strength of HClO and HIO, you need a different explanation, which is provided in section 10.10. It explains that the more electronegative the halogen attached to the O, the more acidic the oxoacid. This is because the more electronegative the halogen attached, the more electron withdrawing it is from the O-H … WebbFor example, chlorine has the four following oxyacids: hypochlorous acid HClO chlorous acid HClO 2 chloric acid HClO 3 perchloric acid HClO 4 Some elemental atoms can exist in a high enough oxidation state that they can hold one more double-bonded oxygen atom than the perhalic acids do.
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Webb5 mars 2016 · Explanation: Chloric acid is moderately strong in water. Since the parent acid is NEUTRAL, the sum of the individual, elemental numbers must be 0. Thus H ON + ClON + 3 ×OON = 0. OON is usually −I I, and H ON is usually +I. Given these numbers, it is fairly … WebbQuestion 1: Chloric acid (HClO3) is a powerful oxidizer and almost a strong acid. Its used for making chlorate salts. (a) Regardless of the formal charge, apply octet rule to suggest four (04) possible Lewis structures of HClO3 (b) Use formal charge to determine the most plausible Lewis structures of HClO3 the park ave north hotel new york
Answered: FILL IN THE BLANK. hclo3, which contains the ... - Brainly
Webb5 juli 2024 · Oxidation by a chlorine oxyanion involves displacement of oxygen from its bond with the chlorine. Such a displacement, in a protic solvent such as water, must involve protonation of the oxygen: Oxygen without the proton would have to be displaced as oxide ion, which would be a high-energy intermediate in any protic solvent. Webb13 juli 2024 · Under extreme reducing conditions, elemental arsenic may be also present. In both cases, the mobilization of As and Sb requires the dissolution of the host minerals. This phenomenon usually occurs under: (i) extremely acidic conditions (pH < 3) for several As or Sb host minerals; (ii) oxidizing conditions, which is the case for sulfide minerals, or … Webb28 nov. 2024 · In HClO3 molecule, chlorine is present in a. ground state b. first excited state c. second excited state d. third excited state The correct option is option a, i.e. ground state. Since the hybridization of chlorine in chloric acid i.e. HClO3 is sp³, therefore it is in … the park ave club florham park nj