Question 7 Complete the Lewis structures for COCI, and SOCI, using the skeletal structure shown below, being sure to follow the procedure for minimizing the sum of the absolute values for the formal charges, where the octet rule need not be followed. Based on the complete structures, which statement below is true? CI -S -CI Hint: Consider the potential for multiple bonds on the molecules and be sure to account for all valence electrons. O The SOCI2 exhibits both formal charges and resonance hybrids, while the COCI2 exhibits resonance hybrids but no formal charges. O The SOCI exhibits formal charges but no resonance hybrids, while the COC2 exhibits resonance hybrids but no formal charges. O The COCI exhibits formal charges but no resonance hybrids, while the SOCI2 exhibits both formal charges and resonance hybrids. O The formal charges on all the atoms are zero, and the molecules have no resonance hybrids. O The COCI exhibits both residual formal charges and resonance hybrids, while the SOCI2 exhibits formal charges but no resonance hybrids.

Question 7 Complete the Lewis structures for COCI, and SOCI, using the skeletal structure shown below, being sure to follow the procedure for minimizing the sum of the absolute values for the formal charges, where the octet rule need not be followed. Based on the complete structures, which statement below is true? CI -S -CI Hint: Consider the potential for multiple bonds on the molecules and be sure to account for all valence electrons. O The SOCI2 exhibits both formal charges and resonance hybrids, while the COCI2 exhibits resonance hybrids but no formal charges. O The SOCI exhibits formal charges but no resonance hybrids, while the COC2 exhibits resonance hybrids but no formal charges. O The COCI exhibits formal charges but no resonance hybrids, while the SOCI2 exhibits both formal charges and resonance hybrids. O The formal charges on all the atoms are zero, and the molecules have no resonance hybrids. O The COCI exhibits both residual formal charges and resonance hybrids, while the SOCI2 exhibits formal charges but no resonance hybrids.

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...

See similar textbooks

Similar questions

The percent ionic character of a bond can be approximated by the formula 16+3.52 , where is the magnitude of the difference in the electronegativities of the atoms (see Fig. 3.18). Calculate the percent ionic character of HF, HCl, HBr, HI, and CsF, and compare the results with those in Table 3.7.
Two possible Lewis diagrams for sulfine (H2CSO) are (a) Compute the formal charges on all atoms. (b) Draw a Lewis diagram for which all the atoms in sulfine have formal charges of zero.
White phosphorus (P4) consists of four phosphorus atoms arranged at the corners of a tetrahedron. Draw the valence electrons on this structure to give a Lewis diagram that satisfies the octet rule.
Represent the bonding in SF2 (F-S-F) with Lewis diagrams. Include the formal charges on all atoms. The dimerof this compound has the formula S2F4. It was isolated in1980 and shown to have the structure F3S-SF. Draw apossible Lewis diagram to represent the bonding in thedimer, indicating the formal charges on all atoms. Is it possible to draw a Lewis diagram for S2F4 in which all atomshave valence octets? Explain why or why not
Which one of these statements about formal charge is true?(a) Formal charge is the same as oxidation number. (b) Todraw the best Lewis structure, you should minimize formalcharge. (c) Formal charge takes into account the differentelectronegativities of the atoms in a molecule. (d) Formalcharge is most useful for ionic compounds. (e) Formal chargeis used in calculating the dipole moment of a diatomicmolecule.
Finish the following questions. ((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. ClO2F2+
How can we drsw the Lewis structures for the 4 boxes? And how many charges are in Oxime?
Draw the correc (best) Lewis structure (LS) for the ionic compound K2SeO3 (on looose leaf paper--NOT TO BE SUBMITTED) and then answer the following questions.(NOTE: Use the cardinal numbers 0, 1, 2, 3, and so on for any quantity required)a) What charge does the K ion have in this compound? (give size & sign of charge: e.g., 1+, 2-, etc.) b) What charge does the SeO3 ion have in this compound? (give size & sign of charge: e.g., 1+, 2-, etc.) c) How many lines, if any, attach each K ion to the SeO3 ion? d) How many valence electrons does the SeO3 ion (alone) have? e) How many single bonds does the LS of the SeO3 ion have? f) What is the number of lone electron pairs in the LS of the SeO3 ion?
Q1part (a)Draw rosnance structure assign formal charge and and select rosnanace structure to provide best description for ion (1)SeCN (2) HCSO(3)S2CO2 Part(b) draw rosnanace structures for isoelectronic ions NSO and SNO and assin formarl charge which is more likely stable?
Draw a lewis structure for each ion. Show complete computations (e.g. formal charges, # of electrons).
In Lewis theory, we use electron dot formulas and the VSEPR model to determine electron distributionand geometric structure of covalent particles. Two important basic forms are ??5 and ??6 as outlined here: SEE IMAGE. A ) Iodine (?) often forms compounds with other halogens, such as fluorine (?), chlorine (??) and bromine(??). Compare valid Lewis electron structures and VSEPR geometries of the particles: see image Write down the correct VSEPR classification (?????) for each particle and provide a valid geometry
Write all resonance structures for NCO− ion. Use formal charges to predict the most stable one (i.e. the one that has the lowest energy configuration) and the least stable. Briefly explain.