Nitrogen is the primary component of our atmosphere. It is also used as an inert reagent to fill containers of chemicals that might react with oxygen in air. Lewis structure of nitrogen should be drawn and using the Lewis structure, why nitrogen does not react readily with other molecules should be explained. Concept Introduction: Lewis structure is representation of bonding electrons and lone pair of electrons in a molecule. For an atom, it represents the number of valance electrons present in it. The bonding is represented by drawing a line between the atoms that shows the shared pair of electron and lone pairs are dots around the atom symbol of the element.
Nitrogen is the primary component of our atmosphere. It is also used as an inert reagent to fill containers of chemicals that might react with oxygen in air. Lewis structure of nitrogen should be drawn and using the Lewis structure, why nitrogen does not react readily with other molecules should be explained. Concept Introduction: Lewis structure is representation of bonding electrons and lone pair of electrons in a molecule. For an atom, it represents the number of valance electrons present in it. The bonding is represented by drawing a line between the atoms that shows the shared pair of electron and lone pairs are dots around the atom symbol of the element.
Solution Summary: The author explains that nitrogen is the primary component of our atmosphere and is used as an inert reagent to fill containers of chemicals.
Interpretation: Nitrogen is the primary component of our atmosphere. It is also used as an inert reagent to fill containers of chemicals that might react with oxygen in air. Lewis structure of nitrogen should be drawn and using the Lewis structure, why nitrogen does not react readily with other molecules should be explained.
Concept Introduction:
Lewis structure is representation of bonding electrons and lone pair of electrons in a molecule. For an atom, it represents the number of valance electrons present in it. The bonding is represented by drawing a line between the atoms that shows the shared pair of electron and lone pairs are dots around the atom symbol of the element.
7. Ethylene dichloride (C2H4C12) is used to make vinyl chloride
(C2H3C1), which, in turn, is used to manufacture the plastic
poly(vinyl chloride) (PVC), found in piping, siding, floor tiles, and
toys. Write the Lewis structures of ethylene dichloride and vinyl
chloride. Classify the bonds as covalent or polar.
When atoms react to form chemical bonds, only the electrons in the outermost or
valence shell are involved. Thus, the configuration of the valence shell is important
in bond formation. In order to place emphasis on the electrons in the outermost shell,
a special symbol known as Lewis diagram (also called electron-dot structures) is used.
Assuming that, element P has seven electrons, while element Q has eight electrons.
When element P shared electrons with element Q, it will form an anion.
Illustrate a 'dot and cross' diagram to show the bonding between element P and
element Q.
Based on the diagram, indicate the shape and the angle bond. Explain your answer.
Carbon tetrachloride was formerly used in fire extinguishers for electrical fires. It is no longer used for this purpose because of the formation of the toxic gas phosgene, Cl2CO. Write the Lewis structures for carbon tetrachloride and phosgene.
Chapter 7 Solutions
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Author:Steven D. Gammon, Ebbing, Darrell Ebbing, Steven D., Darrell; Gammon, Darrell Ebbing; Steven D. Gammon, Darrell D.; Gammon, Ebbing; Steven D. Gammon; Darrell