ATOMIC MODEL NEW ATOMIC MODEL Atomic Model - (Modelo atomico) This new atomic model is based in an individual form of the nucleus.... CHEMICAL COMPOUNDS To form the compounds, the atoms are joined by the arms. Thus for example, in the ozone the oxygens are joined by the arms forming a ring. Knowing the form that have the elements, is posible to predic the structure of any chemical compound, from the simplest until the most complex. EXAMPLES H2O.-(The hydrogens are in green color) NH3.-(Can be observed its form of flattened pyramid) SN2 CO2.-(Not polar molecule). CH4.-(Can be observed its form of tetrahedrom). C2H6.-(Here it can be seen the simple bond) C2H4.-(Here it can be seen the double bond) C2H2.-(Here it can be seen the triple bond) C2H5-OH H3C-HCO C6H6 Ion CN - IonCO3= Ion S03= AMIFENAZOL N4.-With this New Atom Model can design any chemical compounds. The figure shows a new molecule formed by four Nitrogens put them in the vertices of a tetrahedron). N4O6. - (Another molecule). - NUEVO MODELO ATOMICO VERSUS MODELO ATOMICO DE BOHR | VMRL (Virtual Reality) | Versión en Español | English Version | Go Back | PRINCIPAL | | Compuestos Químicos | Nueva Tabla Periodica | AtomicNews is the official page of the PARACELSO group. 1998-2006 AtomicNews® Research & edition Group. All rights reserved. July 4 of 2006 (Last Update) (Made for 800x600 Resolution) NUEVO MODELO ATOMICO VERSUS MODELO ATOMICO DE BOHR
NEW ATOMIC MODEL Atomic Model - (Modelo atomico) This new atomic model is based in an individual form of the nucleus.... CHEMICAL COMPOUNDS To form the compounds, the atoms are joined by the arms. Thus for example, in the ozone the oxygens are joined by the arms forming a ring. Knowing the form that have the elements, is posible to predic the structure of any chemical compound, from the simplest until the most complex. EXAMPLES H2O.-(The hydrogens are in green color) NH3.-(Can be observed its form of flattened pyramid) SN2 CO2.-(Not polar molecule). CH4.-(Can be observed its form of tetrahedrom). C2H6.-(Here it can be seen the simple bond) C2H4.-(Here it can be seen the double bond) C2H2.-(Here it can be seen the triple bond) C2H5-OH H3C-HCO C6H6 Ion CN - IonCO3= Ion S03= AMIFENAZOL N4.-With this New Atom Model can design any chemical compounds. The figure shows a new molecule formed by four Nitrogens put them in the vertices of a tetrahedron). N4O6. - (Another molecule). - NUEVO MODELO ATOMICO VERSUS MODELO ATOMICO DE BOHR | VMRL (Virtual Reality) | Versión en Español | English Version | Go Back | PRINCIPAL | | Compuestos Químicos | Nueva Tabla Periodica | AtomicNews is the official page of the PARACELSO group. 1998-2006 AtomicNews® Research & edition Group. All rights reserved. July 4 of 2006 (Last Update) (Made for 800x600 Resolution) NUEVO MODELO ATOMICO VERSUS MODELO ATOMICO DE BOHR
Atomic Model - (Modelo atomico)
This new atomic model is based in an individual form of the nucleus....
CHEMICAL COMPOUNDS
To form the compounds, the atoms are joined by the arms. Thus for example, in the ozone the oxygens are joined by the arms forming a ring.
Knowing the form that have the elements, is posible to predic the structure of any chemical compound, from the simplest until the most complex.
EXAMPLES
| VMRL (Virtual Reality) | Versión en Español | English Version | Go Back | PRINCIPAL | | Compuestos Químicos | Nueva Tabla Periodica | AtomicNews is the official page of the PARACELSO group. 1998-2006 AtomicNews® Research & edition Group. All rights reserved. July 4 of 2006 (Last Update) (Made for 800x600 Resolution) NUEVO MODELO ATOMICO VERSUS MODELO ATOMICO DE BOHR
| Compuestos Químicos | Nueva Tabla Periodica | AtomicNews is the official page of the PARACELSO group. 1998-2006 AtomicNews® Research & edition Group. All rights reserved.
(Made for 800x600 Resolution)
