Fill up the table below and perform the indicated tasks. 2nd column – draw the Lewis structure of the compound formed by the ions in the 1st column 3rd column – write the formula of the compound formed 4th column – draw its molecular geometry 5th column – determine its polarity (polar or non-polar) Ions Lewis structure of covalent bond formed Formula of molecular covalent compound Molecular geometry Shape of molecule Polarity H+ and O-2 C+4 and H-

Fill up the table below and perform the indicated tasks. 2nd column – draw the Lewis structure of the compound formed by the ions in the 1st column 3rd column – write the formula of the compound formed 4th column – draw its molecular geometry 5th column – determine its polarity (polar or non-polar) Ions Lewis structure of covalent bond formed Formula of molecular covalent compound Molecular geometry Shape of molecule Polarity H+ and O-2 C+4 and H-

Principles of Modern Chemistry

8th Edition

ISBN:9781305079113

Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Chapter3: Atomic Shells And Classical Models Of Chemical Bonding

Section: Chapter Questions

Problem 94AP: The molecular ion S3N3 has the cyclic structure All SN bonds are equivalent. (a) Give six...

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The molecular ion S3N3 has the cyclic structure All SN bonds are equivalent. (a) Give six equivalent resonance hybrid Lewis diagrams for this molecular ion. (b) Compute the formal charges on all atoms in the molecular ion in each of the six Lewis diagrams. (c) Determine the charge on each atom in the polyatomic ion, assuming that the true distribution of electrons is the average of the six Lewis diagrams arrived at in parts (a) and (b). (d) An advanced calculation suggests that the actual charge resident on each N atom is 0.375 and on each S atom is +0.041 . Show that this result is consistent with the overall +1 charge on the molecular ion.
1. lewis structure of Ethyl thiomethyl ether, CH3SCH2CH3 2. assign the VSEPR model of the central atom3. Value of the corresponding theoretical angle4. classify 3 of the different bonds around the central atom as ionic or covalent5. draw the complete 3-D structure with respect to the central atom (s)6. draw the lewis structure for another mnolecule or species with a different atomic arrangement
1. lewis structure of Cesium 2-hydroxyacetate, HOCH2CO2Cs 2. assign the VSEPR model of the central atom3. Value of the corresponding theoretical angle4. classify 3 of the different bonds around the central atom as ionic or covalent5. draw the complete 3-D structure with respect to the central atom (s)6. draw the lewis structure for another mnolecule or species with a different atomic arrangement
Compound : NH2BH2 1. Total number of valence electrons in the molecule or species:2. Lewis structures 3.Assign the VSEPR model of the4.Classify 3 of the different bonds central atomaround the central atom as ionic orcovalent. Please specify.5.value of the correspondingtheoretical angle
The partial Lewis structure that follows is for a hydrocarbonmolecule. In the full Lewis structure, each carbon atomsatisfies the octet rule, and there are no unshared electronpairs in the molecule. The carbon—carbon bondsare labeled 1, 2, and 3. (a) How many hydrogen atomsare in the molecule? (b) Rank the carbon–carbonbonds in order of increasing bond length. (c) Whichcarbon—carbon bond is the strongest one?
Fill in the table. Central atom is listed first. A. Write the number of valence electrons below the formulaB. Draw the Lewis structureC & D. Write the Electron Group Geometry and Molecular Shape NamesE. Write the bond angleF. Write the molecular polarity. "P" for polar and "NP" for nonpolar. SpeciesValenceElectrons(1 pt.) LewisStructure(2 pt.) Electron PairGeometryName(1 pt.) Molecular ShapeName (1 pts.) BondAngle (1 pt.) Molecular Polarity(1 pt.) PO43- NOBr Upload
ClO2F2+(a) Draw all of the possible Lewis structures (including reasonance structures) of the following compounds.(b) Label the formal charge for each atom.(c) Determine which resonance structure(s) is(are) the better/best and briefly explain. Question 5. Finish the questions regarding the molecule/ion in Question 4 above. (a) Draw the best Lewis structure with a three-dimensional fashion by using dash and solid wedges.(b) Name the electron geometry and molecular geometry of the molecules. Identify the bond angles. Note: For the non-standard bond angels, use “<” or “>” to suggest the deviation of the bond angles from the standard bond angel. (c) Determine wether the molecule is molecule is polar or non-polar. Briefly explain.
A new compound is made that has an N—N bond lengthof 1.26 Å. Is this bond likely to be a single, double, or tripleN—N bond?
1. Write the chemical formula for a compound containing the following elements: calcium and oxygen; 1:1 A. O2Ca2 B. OCa2 C. OCa D. CaO2 E. Ca2O2 F. O2Ca G. Ca2O H. CaO 2. Calculate ∆En for the following bond and classify it according to type: MgO A. -2.3; ionic B. 2.3; ionic C. -2.3; covalent D. -2.3; polar covalent E. -2.3; nonpolar covalent F. 2.3; polar covalent G. 2.3; covalent H. 2.3; nonpolar covalent I do not undertand how to do this questiosn. Please help These are also the answer chices I have.
Q2-a) Compare and contrast metallic and covalent primary bonds and give one example in each bond. b) What type of bonding does KCI have? Fully explain your reasoning by referring to the electronic structure and electronic properties of each element.
a) Draw the Lewis Structure of Barium Iodide (BaI2) b) Identify the type of bond (show EN Difference Computation) c) Orientation of Electron Pairs; and d) Molecular Geometry
Consider the Lewis structure for the polyatomic oxyanionshown here, where X is an element from the third period(Na - Ar). By changing the overall charge, n, from 1- to2- to 3- we get three different polyatomic ions. For each ofthese ions (a) identify the central atom, X; (b) determine theformal charge of the central atom, X; (c) draw a Lewis structurethat makes the formal charge on the central atom equalto zero.

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Ions	Lewis structure of covalent bond formed	Formula of molecular covalent compound	Molecular geometry	Shape of molecule	Polarity
H⁺ and O^-2
C⁺⁴and H^-