ClO2 is the anhydride of :a)HOClb)HClO2c)HClO3d)HClO2and HClO3Correct ...
As it gives mixture of two acids, HCIO2 and HCIO3, it is called as mixed anhydride of HCIO2 and HCIO3.
2ClO2+ H2O → HClO2 + HClO3
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ClO2 is the anhydride of :a)HOClb)HClO2c)HClO3d)HClO2and HClO3Correct ...
< b="" />Explanation:< />
An anhydride is a compound that is formed from the removal of water from another compound. In this case, we are given ClO2, and we need to determine which compound it is the anhydride of.
To do this, we can look at the naming conventions of the compounds. ClO2 is named chlorine dioxide, which suggests that it contains both chlorine (Cl) and oxygen (O) atoms.
We can then compare the formula of ClO2 with the given options to determine which one it is the anhydride of.
< b="" />Comparing ClO2 with the options:< />
a) HOCl: This compound contains hydrogen (H), oxygen (O), and chlorine (Cl) atoms. It does not have the same formula as ClO2, so it is not the anhydride of ClO2.
b) HClO2: This compound also contains hydrogen (H), oxygen (O), and chlorine (Cl) atoms. However, it has a different formula than ClO2, so it is not the anhydride of ClO2.
c) HClO3: This compound contains hydrogen (H), oxygen (O), and chlorine (Cl) atoms. Again, it has a different formula than ClO2, so it is not the anhydride of ClO2.
d) HClO2: This compound contains hydrogen (H), oxygen (O), and chlorine (Cl) atoms. Importantly, it has the same formula as ClO2, suggesting that it is the anhydride of ClO2.
< b="" />Conclusion:< />
Based on the comparison of formulas, we can conclude that ClO2 is the anhydride of HClO2.
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