[DOC] [TLE] Chapter 9 Chemical Bonding: General Concepts Multiple Choice ... [PAR] 16. The atoms in the nitrogen molecule, N2, are held together by a. a single 
covalent bond b. a double covalent bond ! c. a triple covalent bond d. an ionic 
bond. [DOC] [TLE] Chapter 9 Tro 1. Bromine tends to form simple ions which have the ... [PAR] C) a triple covalent bond ... Draw the Lewis structure for the H2CO molecule. 
Based on this ... The atoms in the nitrogen molecule, N2, are held together by. [DOC] [TLE] ch08 - Chapter 8 Chemical Bonding: General Concepts Multiple ... [PAR] Chapter 8 Chemical Bonding: General Concepts Multiple Choice Section 8.1 1. ... 
SCHOOL St. John's; COURSE TITLE CHEM 1121; TYPE ... The atoms in the 
nitrogen molecule, N2, are held together by a. b. * c. d. e. a single covalent ... 
b. c. d. e. a single covalent bond a double covalent bond a triple covalent bond 
an ionic... [DOC] [TLE] GCSE CHEMISTRY - Covalent Bonding in a Nitrogen Molecule ... [PAR] A description of Covalent Bonding in a Nitrogen Molecule. ... Two nitrogen atoms 
will each share three electrons to form ... The triple bond is very strong and this... [DOC] [TLE] CHAPTER 12: CHEMICAL BONDING [PAR] The two types of chemical bonds are ionic bonds and covalent bonds.  Ionic 
bonds .... Molecules (or molecular compounds) are held together by covalent 
bonds. ... triple bond: the sharing of three pairs of electrons by two atoms (NN 
in N2). [DOC] [TLE] Chemistry of Nitrogen - Chemistry LibreTexts [PAR] Feb 29, 2016 ... Nitrogen forms strong bonds because of its ability to form a triple  ... Molecular 
nitrogen ( N 2 ) is not reactive at standard temperature and pressure .... As 
mentioned earlier, this process allows us to use nitrogen as a fertilizer because it 
breaks down the strong triple bond held by N2. .... Article type: topic. [DOC] [TLE] IB Chemistry standard level notes: Covalent bonding - IBChem.com [PAR] 4.2.2: Describe how the covalent bond is formed as a result of electron sharing. ... 
Nitrogen molecule showing three shared pairs of electrons making full outer 
shells ... The single bonds hold atoms together by the forces of attraction between 
the ... The carbon = carbon triple bond is much stronger than the C=C double 
bond... [DOC] [TLE] What is a covalent bond? How is it formed? Sharing electrons ... [PAR] Part 3 Covalent Bonding in small simple molecules, simple molecular substances 
... This type of bond usually formed between two nonmetallic elements. ... and it 
is possible for two atoms to share 3 pairs of electrons and give a triple bond. ..... is 
held together by the strong NH nitrogenhydrogen single covalent bonds by... [DOC] [TLE] Molecules of the Atmosphere Composition of the Atmosphere [PAR] The present atmosphere consists mainly of molecular nitrogen (N2) and 
molecular oxygen (O2) ... atoms in N2 and O2 are held together by strong 
covalent bond, sigma bonds and pi bonds. .... This type of covalent bond, ... 
Molecular nitrogen has a triple bond between the two atoms, one sigma bond 
and two pi bonds. [DOC] [TLE] BBC - GCSE Bitesize: Representing covalent bonds [PAR] Straight lines are the most common way to represent covalent bonds, with each ... 
A molecule of nitrogen (N2) has two nitrogen atoms held together by a triple... [DOC] [TLE] CHAPTER 5: STRUCTURE OF POLYMERS [PAR] The chemical bonds in polymers are also different than those found in ... held 
together by covalent bonds. ... elements carbon, nitrogen and oxygen commonly 
use double and triple bonds. ... nitrogen and oxygen are usually found as 
diatomic gases, N2 and O2. ... The type of covalent bond affects the shape of a 
molecule. [DOC] [TLE] CfE Higher Chemistry Unit One  Chemical Changes and Structure ... [PAR] Bonding. Metals. Non-Metals. Metallic. Covalent. Monatomic. Molecular ... The 
type of bonds formed in and element/compound depends on the elements ... A 
small group of non-metal atoms held together by strong covalent bonds. ... A 
nitrogen molecule, N2. A nitrogen atom

Question: A nitrogen molecule, N2, is held together by a triple chemical bond of this type
Answer: Covalent bond