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Chemica FormulaValence sin MoleculeLewis StructureName of VSEPR Arrangement (Linear; TrigonaDimensional DrawingName of Shape (Molecular Geometry)Bond (Polar Non-Pol...

Question

Chemica FormulaValence sin MoleculeLewis StructureName of VSEPR Arrangement (Linear; TrigonaDimensional DrawingName of Shape (Molecular Geometry)Bond (Polar Non-Polar) -Molecule (Polar or Non-Polar)Resonance _ (Yes or No)Pllanar,or Tetrahedrl)(NH;)"PolyatomicPolyatomic(NOz}Polyatomic Ion(COz)?Question: Choose one ofthe molecules or ions from this activity that exhibits resonance_ In the space below; draw= all of its resonance structures_

Chemica Formula Valence sin Molecule Lewis Structure Name of VSEPR Arrangement (Linear; Trigona Dimensional Drawing Name of Shape (Molecular Geometry) Bond (Polar Non-Polar) - Molecule (Polar or Non-Polar) Resonance _ (Yes or No) Pllanar,or Tetrahedrl) (NH;)" Polyatomic Polyatomic (NOz} Polyatomic Ion (COz)? Question: Choose one ofthe molecules or ions from this activity that exhibits resonance_ In the space below; draw= all of its resonance structures_



Answers

Write a Lewis structure for each of the following polyatomic ions. Show all bonding valence electron pairs as lines and all nonbonding valence electron pairs as dots. For those ions that exhibit resonance, draw the various possible resonance forms. a. nitrite ion b. hydrogen carbonate ion c. hydroxide ion

The new this structure off B E c l would be the Louise structure off the F three Won't be be if, and it'll so as B is not having any extra Peter Jones, the Gillette tree should be the imaginative to Patricia beer. Nothing is machine them so that given please, then the newest or structure off see, or cleaning the loosed accuracy training look, trims proves drones. So this because carbon chlorine is having extra venerable Trump's This won't give up because off the lone pair will ever including this one. The molecule C that is at seeing the lease Orbital for that sin can be drawn is h see goes on. And this one the, uh, a lot more to this will be a whole lot of Monica because let constant all night proven Didn't we start structure for after will look like f mommy Cute. This will be a simple fof mama que and this molecule will show a little bit Bank the Demetri so cool beer. All of this will be advantage in a tree. Therefore, it really here a lot. You go there electrons oxidant. They push the wants. Oh, it once did. Then it is an and we have a similar deep or and bombing. So the molecule will look like and, oh, problems being sure, like just so I would have this kind of money. The angle will be little bit bent. We can say the angle will buy between 120 degrees and 100 irritating. Meet the molecule would be a little bit, but not far them 1 20 degrees.

So here we are looking to draw out some lower structures and some resonant structures if that is applicable. So when we have a resonant structure, we have the localization of electrons that are moving between bonds and even atoms. So we have Cielo, three miners, that is, first three of our central chlorine. Then we have three oxygen's. These oxygen's have three lamp as Maureen has a loan power and we have a formal negative charge. Next, we have a two to minus. That looks as follows. We've got to minus charge and each oxygen has to Lopez. So next we have C two h 302 minus. We have 24 electrons, valence, electrons to consider. And so we have a structure so we can draw out hydrogen, carbon, hydrogen, hydrogen, carbon, double bond to oxygen. Oxygen was three well in pairs with a formal negative charge. Now, this does have resonance with the following structure, so you can see that we have the localization here

Here we are looking at some lower structures, So firstly, I've seen three to minus. So we've got a negatively charged an iron. So that looks as follows. Carbon with a double 1 to 1 oxygen and two single bonds to further oxygen's. The oxygen's with the single bonds have three lamp as the oxygen with the double bond has want to Lopez next example, we are N H four. Plus, what we have is our central nitrogen, um, for hydrogen in a tetra federal arrangement with a formal positive charge. Here we have Cielo minus that looks as follows c l chlorine three lamb pairs oxygen with three lamb pairs with a formal negative charge.

Start off by talking about compound structures we're gonna be focusing on when they have charges and how we account for this in the Valence Electron count. So just to remind ourselves that the Valence Electron count is the group number off the element, for example, you've got titanium. That's four Valence electrons crediting group for and then Boron has three valence electrons, and now, depending on the periodic table, every either say 13 or three. But we just need to remember that it's the three that we're looking for here. So bore on has three valence electrons because it's either in groups partying or street, depending on the periodic table. So now we can look an example. We've got LCL for minors, so aluminum groups three and then chlorine is in group seven or 17 depending on the table that you're looking at, we multiply that by four to get 28 valence electrons, and then we need to add one electron because of the negative charge. If it was a positive charge, then we would take one a lot drawn away. So in total, that gives us 32 Vaillant electrons there, and then we can divide that by two to give us 16 electron pairs. However, aluminium can only bonds us. Three of the atoms have either because we have that negative charge wrap themselves full. So then we have four bonding purse with the aluminium number 12 lone pairs of which we put on the chlorine. Then we divide 12 by four, which gives us three loan past pack Lorries. And so here we've got our general structure got aluminium with its formal negative charge and then we've got the negative charge because a mutual Allah minion would bond to three other atoms. However, here it's bonding toe four pence as a formal negative charge. Okay, so now we can just a come for a loan pass on each of the chlorine, remembering that I've got three loan past glory. So then that means that each chlorine has a full octet and it is very happy with a outer electrons as a full show. And then each single bond is made up of an electron from the chlorine on the aluminium. So now I've accounted for all of our electrons and all of our charges


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