QuestionJuly 26, 2025

Choose the conjugate acid for the following base: N_(2)O_(2)^2- a. NO_(2)^- HN_(2)O_(2)^- H_(2)N_(2)O_(2) HNO_(2) HPO_(4)^2- b. H_(2)PO_(4)^- H_(2)PO_(4)^2- H_(3)PO_(4) H_(3)PO_(4)^- B_(4)O_(7)^2- C. HB_(4)O_(7)^2- HBO_(2) HB_(4)O_(7)^- H_(2)B_(4)O_(7)

Choose the conjugate acid for the following base: N_(2)O_(2)^2- a. NO_(2)^- HN_(2)O_(2)^- H_(2)N_(2)O_(2) HNO_(2) HPO_(4)^2- b. H_(2)PO_(4)^- H_(2)PO_(4)^2- H_(3)PO_(4) H_(3)PO_(4)^- B_(4)O_(7)^2- C. HB_(4)O_(7)^2- HBO_(2) HB_(4)O_(7)^- H_(2)B_(4)O_(7)
Choose the conjugate acid for the following base:
N_(2)O_(2)^2-
a. NO_(2)^-
HN_(2)O_(2)^-
H_(2)N_(2)O_(2)
HNO_(2)
HPO_(4)^2-
b. H_(2)PO_(4)^-
H_(2)PO_(4)^2-
H_(3)PO_(4)
H_(3)PO_(4)^-
B_(4)O_(7)^2-
C. HB_(4)O_(7)^2-
HBO_(2)
HB_(4)O_(7)^-
H_(2)B_(4)O_(7)

Solution
4.2(168 votes)

Answer

HN_{2}O_{2}^{-} Explanation 1. Identify the base The given base is N_{2}O_{2}^{2-}. 2. Determine the conjugate acid A conjugate acid is formed by adding a proton (H^+) to the base. For N_{2}O_{2}^{2-}, adding one proton results in HN_{2}O_{2}^{-}. 3. Verify the options Among the provided options, HN_{2}O_{2}^{-} matches the conjugate acid of the base N_{2}O_{2}^{2-}.

Explanation

1. Identify the base<br /> The given base is $N_{2}O_{2}^{2-}$.<br /><br />2. Determine the conjugate acid<br /> A conjugate acid is formed by adding a proton ($H^+$) to the base. For $N_{2}O_{2}^{2-}$, adding one proton results in $HN_{2}O_{2}^{-}$.<br /><br />3. Verify the options<br /> Among the provided options, $HN_{2}O_{2}^{-}$ matches the conjugate acid of the base $N_{2}O_{2}^{2-}$.
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