6A . 3

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605136321
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Joined: Wed Sep 18, 2019 12:19 am

6A . 3

Postby 605136321 » Sun Jan 19, 2020 8:19 pm

can someone explain this question please

6A.3 Write the chemical equations for the proton transfer equilibria of the following acids in aqueous solution and identify the conjugate acid–base pairs in each case: (a) H2SO4; (b) C6H5NH3 1, anilinium ion; (c) H2PO4 2; (d) HCOOH, formic acid; (e) NH2NH3 1, hydrazinium ion.

Kaylee Sepulveda 4G
Posts: 100
Joined: Thu Jul 11, 2019 12:16 am

Re: 6A . 3

Postby Kaylee Sepulveda 4G » Sun Jan 19, 2020 8:31 pm

Here are some simple examples. Basically you have a acid or base in your reactants (remember, water can be both and is usually the second reactant) and the conjugate base is created by the acid donating a proton, and the conjugate acid is created by the base gains a proton.
conjugate.png

conjugate 2.jpeg


Also, here is the specific answer to 6A.3 from student solutions manual:
20200119_202557.jpg


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