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To determine at which pH a drug will be 99.9% ionized, we need to consider the Henderson-Hasselbalch equation. The pH at which a drug is 99.9% ionized can be estimated by finding the pH value that is one unit above the pKa of the drug. Therefore, in this case, the drug will be 99.9% ionized at a pH of 6.
physical properties
it changes to single ionized helium ion
There are many ways the planets are different. One way is that they all have different gravity levels, they are all different shapes and sizes. Lastly that they are different temperature, and different material.
Ionized calcium is one test that needs the sst tube.
The most obvious answer is, of course, Plasma physics; there are many other areas where ionised gases are potentially used. However, since a plasma is a form of ionised gas, this is the one which is clearly the most relevant.
To determine at which pH a drug will be 99.9% ionized, we need to consider the Henderson-Hasselbalch equation. The pH at which a drug is 99.9% ionized can be estimated by finding the pH value that is one unit above the pKa of the drug. Therefore, in this case, the drug will be 99.9% ionized at a pH of 6.
Flase ============== Answer #2: Phalse ------------------------------------------------------------------------------------------ Answer number 3 (with no jokes): False. An atom is ionised only when an electron completely leaves the atom.
physical properties
When an atom is ionized, that means that it is sharing one or more electrons with another atom.
When an atom is ionized, that means that it is sharing one or more electrons with another atom.
When an atom is ionized, that means that it is sharing one or more electrons with another atom.
Either one. You can have an ionized atom or an ionized molecule. Many ionized molecules are radicals that had been part of a larger molecule and the event that separated them also ionized the radical. This is what free radicalsare.
absorption
every atom can absorb light at different specific wavelengths (a useful fingerprint), these wavelengths correspond to the amount of energy it takes to move the atom's electrons from their ground state to an excited state, this is the cause of absorption lines. the atom will soon emit the light again (at the same wavelength, as the electron moves from excited to ground states), but in a random direction, this is the source of emission lines. an ion is an atom that has lost one or all of its electrons. in the case of a calcium ion, there are still some electrons present, atomic hydrogen has only one electron, so once it becomes ionised there are no electrons to create absorption lines.
Heating them until they boil and one of them will evaporate before the other depending on their boiling points. Also if one of the liquids is ionised it can be separated by electrolysis where charged graphite rods are placed into the suspension and the ionised substance will be attracted to the opposite charge on the graphits.
If you are referring to a radioactive material, that will depend on the material. Different things have very different half-lives.