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16 Solved Questions on Electrostatic Configurations - Assignment | CHE 2201, Assignments of Organic Chemistry

Material Type: Assignment; Class: ORGANIC CHEMISTRY I; Subject: Chemistry; University: Appalachian State University; Term: Fall 2003;

Typology: Assignments

Pre 2010

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Organic Chemistry
SI Worksheet
September 2, 2003
Chapter 1
I. Give the ground state configuration and show how the electrons
occupy the orbitals for the following elements.
a) Sulfur
b ) ;:':...~£MJ.Y .SOd,I.l-<.,rv1
c) Argon
d) Carbon
2
pf3
pf4

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Organic Chemistry

SI Worksheet

September 2, 2003

Chapter 1

I. (^) Give the ground state configuration and show how the electrons occupy the orbitals for the following elements. a) Sulfur

b ) ;:':...~£MJ.Y .SOd,I.l-<.,rv

c) Argon

d) Carbon

2

it -1- -?p i-, 3$ \ ~ -Z.p 1 4\ ,~ c)C~~IAVV\ ?~ U'1-1p/P?;~?? p L,.,4s'Z-

  1. Carbon is as well).

,- -14ts

it 11 A ?p -11 ~ # 2-p -:1.:1'2.~ -1+ I~ in structure ( draw the structure

  1. Electrostatic attraction forms an shared electron bond is a example of each).

bond, while a

bond (give an

  1. What is the likely formula of the folloWing? a) CH? b) CH3NH? .c) CH3CH2CH2OH?

suggests that covalent bonds are foffiled by an overlap of two atomic orbitals.

O+O=GD

~ ---~ describes orbitals as wave functions and there are bonding and antibonding orbitals.

14.For each configuration, tell the number of sigma and pi bonds present. Also note whether the molecule is planar or nonplanar. a) Sp

c) sp

15.Convert the following line-bond structure to its molecular fonnula, \0, /-
~-C-, [,,"2. O t

  1. (^) Convert the following molecular formula to Iine-bond structure.