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Chem 301 Chapter 1 Notes

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Comprehensive and detailed chapter 1 notes for chem 301. *Essential Study Material!!

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  • September 4, 2024
  • 14
  • 2023/2024
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  • Prof. suzanne
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Chapter 1
Carbon
 Makes up less than 1% of the Earth’s crust

o Si, Al, O2 are most prevalent

 Not all carbon-containing material is considered organic

o Some inorganic carbon-containing materials are pure carbon (graphite, diamond,
Bucky Balls, nanotubes), carbon dioxide, calcium carbonate, etc.

 Carbon is unique in that it forms strong single bonds with itself

o This is why it is able to form so many different structures.

Principles of Atomic Structure

 Isotopes – differing number of neutrons

 Ions – differing number of electrons

 Elements – differing number of protons

Formal charge

 Formal charge =Valence-# of bonds-# of nonbonding electrons




o Formal charge for this oxygen= 6valence-3bonds-2non-bonded electrons=+1

 If you were asked for the formal charge of oxygen in this number you would
need both the positive and the number.

 A lot of students will either write just + or just 1.

o You’ll only get half credit because when asked for the formal
charge you need to put both the sign and the value.

,  To make it easier on yourself, recognize the common bonding patterns of some
commonly seen elements

o The elements below those in the charts often have the same bonding patterns as
those above them.

 Ex. Sulfur is below oxygen, and it frequently has two bonds and two lone
pairs in stable, neutral compounds.

Bonding patterns for common neutral,stable atoms

Boron Carbon Nitrogen Oxygen Fluorine
Bonds 3 4 3 2 1
Lone Pairs 0 0 1 2 3

Bonding patterns when C, N, O, or F are positively charged

Carbon Nitrogen Oxygen Fluorine
Bonds 3 4 3 2
Lone Pairs 0 0 1 2

Bonding patterns when negatively charged

Boron Carbon Nitrogen Oxygen Fluorine
Bonds 4 3 2 1 0
Lone Pairs 0 1 2 3 4


Lewis Structures

 We’re not going to go through and count all the electrons for these.

 Instead, we’re going to use the bonding patterns above.

 Ex. CH3COCH2CH2NH3

o “CH3” always looks like this:

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