If you're asking why Sodium ions are more stable than Sodium atoms, it is because most all atoms, besides Hydrogen and Helium, are more stable when they have 8 electrons in their valence shell. They all "want" to be like those atoms which have 8 electrons in their valence shell (the noble gasses). A Sodium atom has 11 electrons, and it is very easy for it to "give up" one electron to something else so that it will be like Neon, the closest noble gas.
Because atoms can be isotopes or ions, protons are the only stable identifier for an element (Sodium can have more or less than normal number of electrons or neutrons and still be sodium). Sodium has 11 protons.
Because in sodium hydroxide it forms phenoxide ion which is stabilized by solvolysis.
Sdoium chloride does not have an overall charge, it only has charged ions (which are Na+ and Cl-) If a sodium atom meets a chlorine atom, the sodium loses its outer-shell electron to form the sodium ion Na+. Chlorine takes on sodium's electron to become the ion Cl-. It also has a new name: chloride. Both ions are more stable than the neutral atoms from which they were formed, and exist as NaCl, sodium chloride (common salt). The electrostatic attraction between the positive and negative ions holds the salt crystal together. (Note that in the final formula the charges are not shown, although each ion still has its charge.)
The resting potential is the normal equilibrium charge difference (potential gradient) across the neuronal membrane, created by the imbalance in sodium, potassium, and chloride ions inside and outside the neuron.
the depolarization of the muscle cell. This occurs when the ACh receptors open, allowing sodium ions to enter the muscle cell, which leads to the generation of an action potential. The action potential then propagates along the muscle cell, initiating contraction.
Because atoms can be isotopes or ions, protons are the only stable identifier for an element (Sodium can have more or less than normal number of electrons or neutrons and still be sodium). Sodium has 11 protons.
its not
Sodium ion is more hydrated than barium ion hence ionic mobility is less. Note that smaller ions with greater charge density gets more hydrated
A sodium ion has one more proton than electrons, as the outermost electron has been lost.
because it is less stable
In Ionic bonding, ions can become charged by giving or taking electrons. Ions are always trying to have a full outer shell of electrons because that makes them stable. Therefore, in the compound sodium chloride (NaCl or Table Salt) sodium loses one electron to chlorine. Therefore the sodium has a + charge, because it has one more proton than electron. The chlorine has a - charge because it has one more electron than proton.
Because ions are electrically charged particles that have different chemical properties than their parent atoms. For example, salt is not as dangerous because it contains stable sodium ions, not the reactive sodium atoms of its parent. :)
Because ions are electrically charged particles that have different chemical properties than their parent atoms. For example, salt is not as dangerous because it contains stable sodium ions, not the reactive sodium atoms of its parent. :)
Attraction between water molecules and sodium and chloride ions OSS less than the attraction between sodium ions and chloride ions.
Because in sodium hydroxide it forms phenoxide ion which is stabilized by solvolysis.
A potassium ions is larger than a sodium ion, because potassium ions contain more electrons and consequently occupy more space.
Sodium chloride does not have an overall charge, it only has charged ions (which are Na+ and Cl-) If a sodium atom meets a chlorine atom, the sodium loses its outer-shell electron to form the sodium ion Na+. Chlorine takes on sodium's electron to become the ion Cl-. It also has a new name: chloride. Both ions are more stable than the neutral atoms from which they were formed, and exist as NaCl, sodium chloride (common salt). The electrostatic attraction between the positive and negative ions holds the salt crystal together. (Note that in the final formula the charges are not shown, although each ion still has its charge.)