Oxygen gas has the molecular formula of O2 and nitrogen gas is N2. The Lewis dot structures that represent both diatomic gases are::O=O: :N:::N:
carbon is small molecule
It can't be done.
A couple problems with this question: 1. There is no such compound as NaCl3. 2. Sodium is an alkali metal and Cl is a halogen, and the two would always form the ionic compound NaCl, not a covalent compound. You cannot draw Lewis structures for ionic compounds. You can draw Lewis electron diagrams for the individual ions (Na+ and Cl-), but not a structure for the ionic compound.
Homonuclear diatomic molecules reflect a certain stability which results from each of the two component atoms achieving a full octet of electrons. Hydrogen pairs up to fill its 1s level (which only holds 2 electrons,) forming a single covalent bond, which is hydrogen's only bonding option. The halogens (fluorine, chlorine, bromine, and iodine) each share their unpaired electrons as a pair, resulting in a single covalent bond between them. Oxygen shares two pairs of electrons with another, resulting in a double covalent bond. Nitrogen shares three pairs, resulting in a triple covalent bond. If you draw Lewis structures for each, you'll see that this results in a full octet (8 electrons) for each atom, which gives them noble gas electron configuration, which allows them to be more stable.
Using the Draw tool can make the circles that you then fill in with black. You can then resize them how you like and then copy for each set.
carbon is small molecule
It can't be done.
I uploaded a jpg of the acetate ion Lewis structure to imageshack. Just click the "related link" below and you should see it. Many people draw Lewis Structures with minor variations, but this should give you the basic idea.
See this question for how to draw the Lewis Dot structure of any molecule:[http://wiki.answers.com/Q/How_do_you_draw_Lewis_dot_structuresHow do you draw Lewis dot structures?]
A couple problems with this question: 1. There is no such compound as NaCl3. 2. Sodium is an alkali metal and Cl is a halogen, and the two would always form the ionic compound NaCl, not a covalent compound. You cannot draw Lewis structures for ionic compounds. You can draw Lewis electron diagrams for the individual ions (Na+ and Cl-), but not a structure for the ionic compound.
Homonuclear diatomic molecules reflect a certain stability which results from each of the two component atoms achieving a full octet of electrons. Hydrogen pairs up to fill its 1s level (which only holds 2 electrons,) forming a single covalent bond, which is hydrogen's only bonding option. The halogens (fluorine, chlorine, bromine, and iodine) each share their unpaired electrons as a pair, resulting in a single covalent bond between them. Oxygen shares two pairs of electrons with another, resulting in a double covalent bond. Nitrogen shares three pairs, resulting in a triple covalent bond. If you draw Lewis structures for each, you'll see that this results in a full octet (8 electrons) for each atom, which gives them noble gas electron configuration, which allows them to be more stable.
Using the Draw tool can make the circles that you then fill in with black. You can then resize them how you like and then copy for each set.
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The process by which the molecules of a gas draw closer to become a liquid is called condensation
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Yes she enjoys art.