ومعنى ذلك أن الروابط بين ذرات الكرب

ومعنى ذلك أن الروابط بين ذرات الكربون هنا ليست مستقرة وإنما يحدث تبادل مستمر بين ارتباطات أحادية وارتباطات ثنائية ، ولكن هذا "الرنين" لا يؤثر على خواص البنزين الكيميائية .
تتكون الروابط الأحادية من الإلكترونات الموجودة بين ذرات الكربون – ويطلق عليها سيجما σ. وتتكون الروابط الثنائية من رابطة سيجما، ورابطة أخرى تسمى رابطة باي. وهذه الرابطة الثانية لها إلكترونات تدور في مدارات أعلى وأسفل مستوى الحلقة عند كل ذرة كربون مرتبطة. وتتكون الروابط باي من مدار p الذري أسفل وأعلى مستوى الحلقة. والشكل القادم يوضح مكان هذه المدارات.
Benzene electron orbitals
وحيث أنهم خارج مستوى الذرات، فإن هذه المدارات يمكن أن تتفاعل مع بعضها بحرية، وتصبح غير متمركزة. وعنى هذا أنه بدلا من أن تكون مرتبطة مع ذرة كربون معينة، فإن كل إلكترون تتم مشاركته بكل ذرات الكربون الستة في الحلقة، وتقوم هذه الإلكترونات بتقوية كل الروابط الموجودة في الحلقة. ويكون للمدار الجزيئي الناتج تماثل باي.
ويعرف عدم تمركز الألكترونات بالأروماتية ، وهذا يعطى للبنزين ثبات عالي. وهذه هي الخاصية الأساسية للمركبات الأروماتية والتي تفرقها عن المركبات غير الأروماتية.
ولتوضبح الطبيعة غير المتمركزة للروابط في البنزين، يمكن أن يتم رسم حلقة البنزين بوضع دائرة داخل الشكل السداسي لحلقة البنزين.

Results (English) 1:

This means that the bonds between carbon atoms here is not stable but constantly exchange occurs between Mono and bilateral links, but this "resonance" does not affect the chemical properties of gasoline.Unilateral links consist of electrons between carbon atoms – known as Sigma σ. bilateral ties consists of a Sigma bond, another association called Association. This second association with orbiting electrons above and below the level loop at each carbon atom is linked. VCD links any of Atomic p-round bottom and top level loop. The next figure shows the location of these orbits.Benzene electron orbitalsAnd so they're off the level of the atoms, these orbitals can interact with each other freely, and become centered. This meant that rather than being associated with a particular carbon atom, each electron is shared by all the six carbon atoms in the ring, these electrons strengthen all links in the episode. The resulting molecular orbital is similar.Delocalization of electrons is known as balaromatih, this gives high fastness gasoline. This is the fundamental property of aromatic and mistaken it for vehicles not mechanistic aspects.Weltodabh-based nature of links in gasoline, benzene ring can be drawn by placing a circle inside a hexagon.

Results (English) 2:

This means that the bonds between the carbon atoms here is not stable and it is a constant exchange between mono and bilateral links links happen, but this "resonance" does not affect the chemical properties of gasoline.
Unilateralism links from electrons consists of carbon atoms - and called Sigma σ. It consists of bilateral ties from Sigma Association, and other association called pi bond. This is the second bond with electrons orbiting above and below the plane of the ring at each carbon atom linked. It consists of eBay over the p atomic below and above the level of the loop links. The next figure shows the location of these orbits.
Benzene electron Orbitals
and where they are outside the level of atoms, these orbits can interact with each other freely, and become concentrated. This meant that instead of being tied to a particular carbon atom, each electron is shared by all six carbon atoms in the ring, and these electrons are strengthening all links in the ring. And a molecular orbital output similar to eBay.
Known delocalization of electrons Baloromatah, this gives a petrol high volatility. This is the fundamental property of aromatic compounds which differ from non - aromatic compounds.
It is stationed Toillh nature of the links in gasoline, it can be drawn benzene ring circling inside the hexagonal shape of the benzene ring.

Results (English) 3:

This means that the bonds between the carbon atoms is not stable, but ongoing exchange between the single and binary links "resonance", but this does not affect the chemical properties of benzene.The single electron bonds between carbon atoms, which is called the sigma. The double bonds of the sigma bond, and the other, called pi bond. This link is second with electrons orbiting above and below the level of the at each carbon atom connected. The bay of links over the bottom and top level of the P atomic. The next figure shows the location of these orbits.Benzene electron orbitalsSince they are beyond the level of the atoms, these orbitals can interact with each other freely, and is positioned. This meant that rather than to be associated with certain carbon atom, each electron is shared with all carbon atoms in the semester, the electrons the strengthening of all the links in the episode. The molecular orbital symmetry output by.It is known that the concentration of electrons Balarwmatyt. This gives a highly stable gasoline. This is the essential characteristic of aromatic compounds, which differentiate them from the non aromatic compounds.Wltwdbh centric nature of bonding in benzene, benzene ring can be drawing a circle inside the hexagon shape for a gasoline.