hasselbalch equation in a sentence

1. Most of them use Henderson Hasselbalch equation with different pK values.
2. This is described by the Henderson-Hasselbalch equation.
3. We can write two Henderson Hasselbalch equations:
4. The Henderson-Hasselbalch equation is useful for calculating blood pH, because blood is a buffer solution.
5. His work contributed to the Henderson Hasselbalch equation, used to calculate pH as a measure of acidity.
6. It's difficult to find hasselbalch equation in a sentence.
7. :At some point, though, it gets easier to work forward from the Henderson Hasselbalch equations.
8. The pH can be calculated by the following formula ( which is a variation of the Henderson-Hasselbalch equation ):
9. In highly concentrated solutions, simple approximations such as the Henderson Hasselbalch equation are no longer valid due to the variations of the activity coefficients.
10. However, since the carbonic acid concentration is directly proportional to the P _ _ 2 } in the extracellular fluid, the Henderson Hasselbalch equation can be rewritten as follows:
11. This ratio and its relationship to the pH is described by the Henderson Hasselbalch equation, which, when applied to the bicarbonate buffering system in the extracellular fluids, states that:
12. The pK a for the quinoline nitrogen of chloroquine is 8.5, meaning it is about 10 % deprotonated at physiological pH as calculated by the Henderson-Hasselbalch equation.
13. Not that you mentioned it, but you may find Buffer solution and Henderson Hasselbalch equation to be relevent reading .-- contribs 20 : 37, 8 May 2009 ( UTC)
14. The ratio of these determines the color of the solution and connects the color to the pH value . pH indicators that are weak protolytes, the Henderson Hasselbalch equation for them can be written as:
15. This is just a consequence of simple equilibrium principles-the Henderson-Hasselbalch equation may look magical, but it's just the talk ) 18 : 13, 2 April 2008 ( UTC)
16. The larger the value of p " K " a, the smaller the extent of dissociation at any given pH ( see Henderson Hasselbalch equation )  that is, the weaker the acid.
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