if the pH is 4.7, the H+ concentration is 2 x 10-5
[H+] = 1 x 10-10 M then pH = 10
- 1
guanine
Remember: by definition the concentration of hydrogen ions (in mol/L) is equal to 10 to the negative power of the pH value (pH).[H+] = 10-(pH)Using this we find that: [H+] = 10-1.0 = 0.1 for pH = 1.0 and[H+] = 10-2.0 = 0.01 for pH = 2.0 , thus 10x smaller!
At pH values less than the pI point the net charge is positive. If at pH above the pI poiint, the charge will be negative.
A pH of 10 is a base.
The pH depends on the concentration (how much is dissolved in a given volume of water) Since it is a strong monoprotic acid the pH equals the negative logarithm of its molar concentration. A 1M solution has a pH of 0 a .1M solution has a pH of 1 and so on until a pH of about 7.
pK1 = 2.3, pKr = 6, pK2 = 9.7 (all approximate) at physiological pH, histidine has no net charge. at pH 1, below all pKas and charge is +2 at pH 3, amine group proton pops off, so +1 charge at pH 5, still below 6 and above 2.3 so +1 charge if had pH above 6, for instance... at pH of 8 net charge is zero, or neutral... such that it is neutral at physiological pH (a bit above a pH of 7) at pH 11, exceeds all pKas of amine, acid group, and R group. So net charge of -1 amine deprotonation, carboxylic acid deprotonation, and R group deprotonation happen pH 11 because it exceeds all pKs
A pH of 10 is definitely a Striong Base.
20% because cytosine and guanine have equal amounts. Always
it would depend on amino acid in question. pH above amino acid pI, zwitterion will carry net negative (-) charge. at pH below pI, zwitterion will carry net positive (+) charge. depending on the amino acid, some have more than one acidic or basic functional group. such functional groups can make the amino acid vary in net charge from 2- to 2+ if not more.
A pH of 10 is alkaline or basic. An pH above 7 is alkaline.
A pH of 10 is 100 times more basic as something with a pH of 8
if the pH is 4.7, the H+ concentration is 2 x 10-5
Plus charge, ie, it has H3O^+ ions (hydronium ions)
The charge of aspartame will be positive