A. Classify the following hypothetical molecules as polar or non-polar. Note: Number 5 item is not a hypothetical molecule. (The number of valence electrons are given in parenthesis.) Explain your answer in terms of: (a) Lewis structure (b) Molecular geometry (c) Symmetry (symmetrical or asymmetrical) (d) Dipole moment (descriptive) Molecule/ Ion (No. of Valence Non-polar electron) 2. MJ2 (M=8, J=7) Polar or Explanation

A. Classify the following hypothetical molecules as polar or non-polar. Note: Number 5 item is not a hypothetical molecule. (The number of valence electrons are given in parenthesis.) Explain your answer in terms of: (a) Lewis structure (b) Molecular geometry (c) Symmetry (symmetrical or asymmetrical) (d) Dipole moment (descriptive) Molecule/ Ion (No. of Valence Non-polar electron) 2. MJ2 (M=8, J=7) Polar or Explanation

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter5: Resonance

Section: Chapter Questions

Problem 18CTQ: Consider the polarization of the C=O bond in the molecule acetone a. (E) Which atom (C or O) is...

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A. Classify the following hypothetical molecules as polar or non-polar. Note: Number 5 item is not a hypothetical molecule. (The number of valence electrons are given in parenthesis.) Explain your answer in terms of: (a) Lewis structure (b) Molecular geometry (c) Symmetry (symmetrical or asymmetrical) (d) Dipole moment (descriptive) Molecule/ Ion (No. of Valence Non-polar electron) 2. ÞE, (D=3, E=7) Polar or Explanation
A. Classify the following molecules as polar or non-polar (write below the chemical formula in the first column. Explain your answer in terms of the (a) Lewis structure (b) molecular geometry and (c) bond polarity. (You can add rows if you need more spaces for your explanation.) Hint: Although I am not asking you to give the no. of bonding and non-bonding pairs, you have to do it to be able to identify the electron pair geometry and molecular geometry. Note: Items #1 to #4 are hypothetical molecules. The number of valence electron/s of the hypothetical atoms are given in parenthesis.) There is no need to give actual molecules to represent them. Polar or Non-polar Explanation 1. .
A. Classify the following molecules as polar or non-polar (write below the chemical formula in the first column. Explain your answer in terms of the (a) Lewis structure (b) molecular geometry and (c) bond polarity. (You can add rows if you need more spaces for your explanation.) Hint: Although I am not asking you to give the no. of bonding and non-bonding pairs, you have to do it to be able to identify the electron pair geometry and molecular geometry. Note: Items #1 to #4 are hypothetical molecules. The number of valence electron/s of the hypothetical atoms are given in parenthesis.) There is no need to give actual molecules to represent them. Polar or Non-polar Explanation 1. nod
A. Classify the following molecules as polar or non-polar (write below the chemical formula in the first column. Explain your answer in terms of the (a) Lewis structure (b) molecular geometry and (c) bond polarity. (You can add rows if you need more spaces for your explanation.) Hint: Although I am not asking you to give the no. of bonding and non-bonding pairs, you have to do it to be able to identify the electron pair geometry and molecular geometry. Note: Items #1 to #4 are hypothetical molecules. The number of valence electron/s of the hypothetical atoms are given in parenthesis.) There is no need to give actual molecules to represent them. 田 Polar or Non-polar Explanation 1. QR (Q=1, R=7)
A. Classify the following molecules as polar or non-polar (write below the chemical formula in the first column. Explain your answer in terms of the (a) Lewis structure (b) molecular geometry and (c) bond polarity. (You can add rows if you need more spaces for your explanation.) Hint: Although I am not asking you to give the no. of bonding and non-bonding pairs, you have to do it to be able to identify the electron pair geometry and molecular geometry. Note: Items #1 to #4 are hypothetical molecules. The number of valence electron/s of the hypothetical atoms are given in parenthesis.) There is no need to give actual molecules to represent them. Polar or Non-polar Explanation 1. Z2 (Z =7)
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s Item 1: Question Specify the local electron geometries about the atoms labelled a-d. Unshared electron pairs affect local geometry and are included in the structural formula. For each atom enter one of the following: tetrahedral, square planar, trigonal planar, trigonal pyramidal, or linear. (a) (b) (c) (d) Submit b st tts, Amherst, MA USA V N: Submit and Next O: Mark this question for later review. Skip to Next
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