So you XXX, XX XXX XX^-X new XXX XX H+.
XXXXX glycine XXXX adjust its XXXXXXXXXXX XXXXXXX XX XXX new X+ (common XXX effect), we XXXX to XXX XXX Henderson Hasselbach XXXXXXXX:
This XX XXX XXXX you XXXX, but XX'XX XXXXX XX use XXX XXXX XXXXX form XXXXX we don't know how many X+ XX have in XXX first XXXXX (only how XXXX XX XXX adding). Why don't XX XXXX? Because, XXXX XXXX XXXX XXX equilibrium XXXXXXXX, if you add a product, the reaction XXXX lean XXXXXXX the reactants. XXX XXXXXXXX XX X+ means glycine will take back XXXX of the X+ it XXX (XXXXX XX the XX XXXXXX). XXXX's XXX "XXXX"/XXXXXXXX from of the equation above:
XXX's XXX x in XXXXXX where XX see the disassociation of XXXXXXX. XXXXXXXXXX, XX XXXX XX, XXXXXXX XXXXXXXXXXXXX in a clean 1:X XXXXX (we XXX converting XXX XX ka):
Solving XXX x, XX get 0.02503 (N.X.: you'll get two values, but you can't have negative moles). XX'XX not XXXX. This XX how XXXX X+ is XXXXX by glycine. XX you XXX see XXXX XXX equation XXXXX, XXXXX X+ XX x + 10^-2
So now, final step, we XXXXX XXX the XXXXXX XX H+:
But XXX't XXXXXX! There's a XXX volume! XX doesn't matter XXX XXXX, but XXXXXX XXXX than sorry:
You should get X.35 XX XXXX XXX pH.