lose two elcetrons
calcium is not stable because the outer most atomic level is not full the only elements that are stable are the nobel gasses(helium,neon,argon,krypton,xenon,and radon)
EDTA forms more stable complexes with calcium than with magnesium. This is due to the higher charge density and smaller size of the calcium ion, which allows it to form stronger bonds with the EDTA molecule.
The reason it becomes stable is because Ca has 2 valence electrons that it wants to get rid of to become stable. F has 7 valence electrons and wants 1 more to become stable. So, TWO F atoms each take 1 of the 2 electrons from Ca. They form an ionic bond as Ca^2+ and 2F^- to make CaF2.
Unlike the sodium and chlorine, some atoms become more stable by sharing electrons and therefore form the ionic compounds.
Yes, calcium typically wants to lose two electrons to achieve a stable electron configuration, by reaching a full outer shell like the nearest noble gas, which for calcium is argon. This loss of electrons allows calcium to form a 2+ cation, which is more stable energetically.
Calcium is more likely to lose electrons because it has two electrons in its outermost shell, making it easier for calcium to achieve a stable electron configuration by losing these two electrons to become a positively charged ion.
To become more stable, fluorine is most likely to gain 1 electron and form F- ion.
Calcium (Ca) typically loses 2 electrons to become more stable when bonding, as it has 2 valence electrons in its outer shell. By losing these electrons, calcium achieves a full octet, making it more stable.
Calcium typically forms ionic bonds rather than covalent bonds. In its ionic form, calcium loses its two outer electrons to become a positive ion. This makes it more likely to bond with other ions to achieve a stable electron configuration.
If it is not stable, then the atom will likely either emit alpha radiation or beta radiation in order to become more stable.
Calcium is more likely to combine with other elements because it is a metal with a tendency to lose electrons to form positive ions, while xenon is a noble gas with a stable electron configuration and tends to not form chemical bonds with other elements.
Far too many - it needs to gain 16 to get to Krypton which is the next noble gas (energetically impossible) - It is far easier for it to lose 2 (which it does) to get to the Argon structure
Yes. Yes it does.The element calcium has a known 24 Stable Isotopes. For more information, ask google
More stable
calcium is not stable because the outer most atomic level is not full the only elements that are stable are the nobel gasses(helium,neon,argon,krypton,xenon,and radon)
EDTA forms more stable complexes with calcium than with magnesium. This is due to the higher charge density and smaller size of the calcium ion, which allows it to form stronger bonds with the EDTA molecule.
Elements in group two become more stable as they all have complete electron shell.They do not have valence electrons and hence they are less reactive.Some of the elements of group 2 are Barium,Magnesium and Calcium