The electronegativity of carbon on the Pauling scale is 2,55.
Fluorine is the most electronegative element
Nitrogen has the greatest electronegativity: 3,18 in the Pauling system.
Fluorine. It is the most electronegative element.
Oxygen, oxygen has a electronegativity of 3.44
c
P
N
Note: the chemical symbols must be written with first letter capital.Nitrogen has the greatest electronegativity after Pauling: 3,18.
Pretty much any element in group 15 (N, P, As) will have 2 "s" electrons and 3 "p" electrons in their valence shells, it's just that they will at different energy levels. For example, N is 2s2 2p3 and P is 3s2 3p3.
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Phosphorus is more electronegative than sodium. The electronegativity of phosphorus is 2.19. The electronegativity of sodium is 0.93.
N
Note: the chemical symbols must be written with first letter capital.Nitrogen has the greatest electronegativity after Pauling: 3,18.
The electronegativity from least to highest : Ba, Be, Bi, B, Br The electronegativity of an element is a measurement of how its atoms attract electrons. This is based on the atomic weight (width of the atomic nucleus) and the distance of its valence electrons from the nucleus. As displayed on the Periodic Table, elements generally increase in electronegativity as you move across (left to right), and decrease as you go down the table. (Only aluminum does not follow this in this set of elements.) (see related link)
No two numbers can have a greatest common multiple. For, suppose x is the greatest common multiple of two numbers, a and b. That means x = m*a and x = n*b where m and n are some positive integers. Then any multiple of x, say p*x where p is an integer, will be a multiple of a and b because p*x = p*(m*a) = (p*m)*a p*y = p*(n*b) = (p*n)*b m,n,p are integers so p*m and p*n are integers and p*x > x So p*x is a common multiple, and is greater than x, contradicting the assumption that x is the greatest.
It is a polar covalent bond. I was looking for this answer for chem hw and found just after coming to this page :P
N-P = 0. Note here that N is the set of Natural numbers, P is the set of positive integers, and - is the set operation that in the above statement implies N and P are the same, with the exception that 0 is an element of N but not of P.
These would be p block elements in group 5 (XV)N, P, As, Sb, Bi
nitrogen (N) phosphorus (P) potassium (K)
Pretty much any element in group 15 (N, P, As) will have 2 "s" electrons and 3 "p" electrons in their valence shells, it's just that they will at different energy levels. For example, N is 2s2 2p3 and P is 3s2 3p3.
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As: Arsenic 33