QuestionAugust 10, 2025

Choose the options below that are amphiprotic. (select all that apply) Select all that apply: H_(2)SO_(4) HS^- PO_(4)^3- NH_(3)

Choose the options below that are amphiprotic. (select all that apply) Select all that apply: H_(2)SO_(4) HS^- PO_(4)^3- NH_(3)
Choose the options below that are amphiprotic. (select all that apply)
Select all that apply:
H_(2)SO_(4)
HS^-
PO_(4)^3-
NH_(3)

Solution
4.5(252 votes)

Answer

HS^{-} Explanation 1. Define Amphiprotic An amphiprotic substance can both donate and accept a proton. 2. Analyze H_{2}SO_{4} H_{2}SO_{4} is not amphiprotic; it only donates protons. 3. Analyze HS^{-} HS^{-} can donate a proton to form S^{2-} or accept a proton to form H_2S. It is amphiprotic. 4. Analyze PO_{4}^{3-} PO_{4}^{3-} cannot donate a proton, only accepts. Not amphiprotic. 5. Analyze NH_{3} NH_{3} can accept a proton to form NH_4^+ but does not donate a proton. Not amphiprotic.

Explanation

1. Define Amphiprotic<br /> An amphiprotic substance can both donate and accept a proton.<br /><br />2. Analyze $H_{2}SO_{4}$<br /> $H_{2}SO_{4}$ is not amphiprotic; it only donates protons.<br /><br />3. Analyze $HS^{-}$<br /> $HS^{-}$ can donate a proton to form $S^{2-}$ or accept a proton to form $H_2S$. It is amphiprotic.<br /><br />4. Analyze $PO_{4}^{3-}$<br /> $PO_{4}^{3-}$ cannot donate a proton, only accepts. Not amphiprotic.<br /><br />5. Analyze $NH_{3}$<br /> $NH_{3}$ can accept a proton to form $NH_4^+$ but does not donate a proton. Not amphiprotic.
Click to rate:

Similar Questions