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Biochemistry PH Problem
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</figure> <figure><img src="https://schoolsolver.s3.amazonaws.com/media/attachments/642CodeCogsEqn1.gif" data-s3="https://XXXXXXXXXXXX.s3.amazonaws.com/media/attachments/XXXXXXXXXXXXXXX.gif"></XXXXXX> <figure><XXX XXX="https://schoolsolver.s3.XXXXXXXXX.XXX/media/XXXXXXXXXXX/XXXXXXXXXXXXXXX.gif" data-s3="XXXXX://XXXXXXXXXXXX.s3.amazonaws.com/XXXXX/XXXXXXXXXXX/XXXXXXXXXXXXXXX.gif"></figure> <p>So you XXX, we XXX XX^-X new XXX XX X+.</p> <p>Since XXXXXXX XXXX XXXXXX XXX XXXXXXXXXXX XXXXXXX XX XXX new H+ (common XXX XXXXXX), we need XX XXX XXX XXXXXXXXX Hasselbach equation:</p> <figure><img XXX="XXXXX://schoolsolver.XX.XXXXXXXXX.com/XXXXX/XXXXXXXXXXX/751MSP11822022gc1a1ih0556200005iii3cd5e647c59i.XXX" XXXX-XX="XXXXX://schoolsolver.s3.XXXXXXXXX.com/media/attachments/751MSP11822022gc1a1ih0556200005iii3cd5e647c59i.XXX"></XXXXXX> <p>This is XXX form you XXXX, but we're going XX use the more basic form XXXXX XX don't XXXX how many H+ XX have in the first place (XXXX how XXXX we are adding). XXX XXX't we XXXX? Because, just like XXXX XXX XXXXXXXXXXX reaction, if you add a XXXXXXX, XXX XXXXXXXX XXXX XXXX XXXXXXX XXX reactants. The addition XX X+ means glycine will take back XXXX XX the H+ it has (based on the XX XXXXXX). XXXX's XXX "XXXX"/XXXXXXXX from of the XXXXXXXX above:</p> <XXXXXX><XXX src="XXXXX://XXXXXXXXXXXX.XX.XXXXXXXXX.com/XXXXX/XXXXXXXXXXX/XXXXXXXXXX.XXX" data-XX="XXXXX://schoolsolver.s3.amazonaws.XXX/XXXXX/attachments/XXXXXXXXXX.jpg"></figure> <p>XXX's XXX x in XXXXXX where XX see XXX XXXXXXXXXXXXXX XX XXXXXXX. Thankfully, XX XXXX pH, XXXXXXX disassociates in a XXXXX 1:X ratio (we are XXXXXXXXXX XXX to ka):</p> <XXXXXX><img src="https://schoolsolver.XX.XXXXXXXXX.com/XXXXX/attachments/XXXXXXXXXXXXXXX.XXX" data-XX="https://XXXXXXXXXXXX.XX.XXXXXXXXX.XXX/media/XXXXXXXXXXX/XXXXXXXXXXXXXXX.gif"></figure> <p>Solving for x, XX get 0.XXXXX (N.B.: you'll XXX XXX values, but you can't XXXX negative XXXXX). XX're not XXXX. This XX how XXXX H+ XX given XX XXXXXXX. As you can see XXXX the XXXXXXXX above, XXXXX X+ is x + XX^-2</p> <p>XX XXX, XXXXX XXXX, XX solve XXX XXX number XX H+:</p> <XXXXXX><img XXX="https://XXXXXXXXXXXX.XX.XXXXXXXXX.com/XXXXX/XXXXXXXXXXX/184CodeCogsEqn4.gif" XXXX-s3="XXXXX://XXXXXXXXXXXX.XX.amazonaws.com/XXXXX/attachments/XXXXXXXXXXXXXXX.gif"></figure> <p>XXX don't forget! There's a new volume! XX XXXXX't matter too much, but better XXXX XXXX XXXXX:</p> <figure><img src="https://XXXXXXXXXXXX.s3.XXXXXXXXX.XXX/media/XXXXXXXXXXX/062CodeCogsEqn5.gif" XXXX-s3="XXXXX://XXXXXXXXXXXX.s3.amazonaws.com/media/XXXXXXXXXXX/XXXXXXXXXXXXXXX.XXX"></XXXXXX> <p>You should XXX <strong>X.35 XX XXXX new pH</XXXXXX>.</p>">
