It appears that your browser does not support JavaScript

How Many Protons Are in Nitrogen?

how-many-protons-nitrogen

ANSWER:

Nitrogen has seven protons.

The periodic table has several categorizations for its elements, and one of these is the atomic number. The atomic number communicates how many protons an element possesses. One atom of nitrogen will always have seven protons. Likewise, if you find an atom with seven protons in its nucleus, it will always be nitrogen. There are no overlaps in the atomic numbering system.

What Is an Atom’s Nucleus?

An atom is a term for a single unit of an element. Atoms compose every physical object in the world, including your chair, your beverage, and the atmosphere you breathe. An atom possesses several important characteristics, and one of the most important of these is its nucleus. The nucleus of an atom is the centermost part. It is composed of several particles, which are known as protons and neutrons.

What Are Protons?

Protons are particles with a positive charge. They bundle together in the nucleus along with neutrons. Their positive charge attracts electrons, which are found in the atom’s outer shell layers. Electrons are the negatively charged particles, and they often interact with the outer shells of other atoms to form chemical compounds. However, the number of electrons that can be held or bonded is ultimately dependent upon the number of protons.

What about Other Forms of Nitrogen?

The atomic number is an element’s one reliable identifier. Although elements can appear in all the states of matter, they will always retain the same number of protons. States of matter involve a change in temperature and/or pressure, not atomic variations. Although various isotopes of nitrogen can be found in nature or made in the laboratory, they each have the same number of protons. Isotopes come about from changing the number of neutrons in the nucleus, not the number of protons. Although nitrogen can form chemical compounds with other elements, such as bonding with potassium to form potassium nitrate, it does so by sharing electrons not by changing protons.

 

References

Los Alamos National Laboratory
Periodic Table of Elements: Nitrogen
http://periodic.lanl.gov/7.shtml

NIST
Periodic Table of the Elements
http://www.nist.gov/pml/data/periodic.cfm

NDT Resource Center
Subatomic Particles
http://nde-ed.cnde.iastate.edu/EducationResources/HighSchool/Radiography/subatomicparticles.htm

Frostburg State University-Chemistry Department
What Is an Isotope?
http://antoine.frostburg.edu/chem/senese/101/atoms/faq/what-is-an-isotope.shtml

Copyright 2009-2016

Sophisticated Media LLC

Terms of Service l Privacy Policy

Contact Us