Every day added strength to the triple bonds that united us.

Usually, a double or a triple bond are made by this reaction.

This can only happen when one of the molecules already has a double or triple bond.

Reason: it is two atoms connected by a triple bond.

The oxygen and carbon are linked by a triple bond.

Let us see how carbon forms the single, double and triple bonds in the following examples.

Group 14 lone pairs manifest themselves in triple bonds as well.

All together they form what we call a triple bond and use 3 of the 4 available hybrid orbitals.

Double and triple bonds can be produced by eliminating a suitable leaving group.

He was the first to suggest, in 1862, that double and triple bonds could form between carbon atoms.

The bonding has three components, giving rise to a partial triple bond.

We were to write down the correct name of the carbon bond and to identify any double or triple bonds.

N forms a triple bond with uranium creating a linear structure.

The common bonds to carbon are single, double and triple bonds.

The most common triple bond, that between two carbon atoms, can be found in alkynes.

Nitrogen forms triple bonds on each side of uranium forming a linear structure.

Double and triple bonds are usually represented by two or three curved rods, respectively.

This holds true with double and triple bonds, as you must break them multiple times to break their structure.

The role played be the presence of single, double, or triple bonds is only a minor part of that whole cycle.

Nitrogen (N) is very unreactive because the molecules are held together by strong triple bonds.

Unsaturated is used when any carbon structure contains double or occasionally triple bonds.

An alkyne is a molecule that has a triple bond between two carbon atoms.

These complexes utilize either the triple bond or the nonbonding electrons on P.

Other functional groups containing a triple bond are cyanides and isocyanides.

The dimeric unit contains a triple bond and is analogous to N2 .