The maximum number of valence electrons is SEVEN (7 is total number of electrons in the uncompleted highest level s- and p-orbitals: s2 and p5 = (sp)7)You'll find this mainly in group 17: the halogens, though other elements may also have 7 valences: eg. Manganese in permanganate MnO4-
group 17
The atomic mass of an element is the average of its isotopes, weighted by abundance in nature.
nix hydra P5 P4 and charon
It has a charge of 2-, S2-
Well, darling, that electron configuration belongs to the halogen group on the periodic table. They're a bunch of highly reactive elements just looking to snatch up an electron to achieve a full outer shell. Watch out for these troublemakers!
S2- ion: [Ne]3s23p6
Definition: A set S1 is a superset of another set S2 if every element in S2 is in S1. S1 may have elements which are not in S2.
The answer will depend on what p5 is!
Sulfur
p5 cannot be simplified.
The sample mean is distributed with the same mean as the popualtion mean. If the popolation variance is s2 then the sample mean has a variance is s2/n. As n increases, the distribution of the sample mean gets closer to a Gaussian - ie Normal - distribution. This is the basis of the Central Limit Theorem which is important for hypothesis testing.
F = #9, 9 electrons 1s2, 2s2, 2p5 Cl = #17 , 17 electrons 1s2, 2s2, 2p6, 3s2, 3p5 Notice both end in s2, p5. That is why they have similar properties. Both only need 1 electron to complete the octet ( s2 p6 in the outer shell, very stable)
The maximum number of valence electrons is SEVEN (7 is total number of electrons in the uncompleted highest level s- and p-orbitals: s2 and p5 = (sp)7)You'll find this mainly in group 17: the halogens, though other elements may also have 7 valences: eg. Manganese in permanganate MnO4-
If you were to see a P5 that would mean the batter popped out to the third baseman.
A normal distribution is defined by two parameters: the mean, m, and the variance s2, (or standard deviation, s).The standard normal distribution is the special case of the normal distribution in which m = 0 and s = 1.
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