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Henderson-Hasslbach equation

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The document discusses the Henderson-Hasselbach equation, which relates pH and the concentration of hydrogen ions [H]. It notes that pH of 7.4 corresponds to a hydrogen ion concentration of 40 nmol/L. The equation shows that an increase in pH means a decrease in [H] concentration, and that a change of 1 pH unit corresponds to a 10-fold difference in [H]. The body maintains high [H] levels, and buffers help stabilize pH. The Henderson-Hasselbach equation is useful for understanding pH and [H] concentration.

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Henderson-Hasselbach equation Fadail Al Haddad
Whatis PH ? • [H] = .000 000 04 EQL • [H] = 40 n eql • -log [H] = 7.4 • Pour of [H] = 7.4 • Ph= 7.4 SO INCREASE PH = DECREASE [H] because( – log) ALSO one different in ph means 10 different in [H]
Henderson-Hasslbach equation
Body produce high [H]
Buffer and pk
Henderson-Hasselbach equation
Benefit of this equation
Thank you reference ; Guyton&Hall

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