Overall expectations:
 Organic compounds have predictable chemical and physical properties determined by their respective structures.
 Organic chemical reactions and their applications have significant implications for society, human health, and the environment.
Homework
- Textbook
- additional worksheets Check: a) Organic Nomenclature and appropriate structures

Distinguish amongst different classes of organic compounds

Use IUPAC system to predict the names and structural formulae of these compounds b) Properties and uses

Describe some physical properties of organic compounds and relate their properties to their use
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Recognize the importance of organic compounds c) Organic reactions

Describe different types of organic reactions and predict/correctly name the reaction products
1
Introductory Activities
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Diagnostic Activity -“Are you Ready”
Pg 4-5
Q 1-14, 16, 21-23,35
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11U review diagnostic, Royal Regatta
 Complete each section “Practice questions” as well as those
Handouts indicated here as required Royal Regatta
(KU, TI, Cm, W-1)
Molecular Model Kits available daily.
2
Hydrocarbons
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(1.1, 1.2, 1.3, ppt 1, 2, 3) structural isomers (iso, cis/trans isomerism of alkenes alkanes, alkenes, alkynes and their nomenclature aliphatic hydrocarbons (straight chain and cyclic) opt. sec, tert) aromatic hydrocarbons and their nomenclature physical properties of hydrocarbons (as a result of
Pg 17 Q2-5
Pg 27 Q2-5,7, 8
Pg 31 Q1,2
Worksheets
Formative Hydrocarbon
Nomenclature quiz intermolecular attractions)
3
Reactions of Hydrocarbons (1.1, 1.2, 1.3)
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Alkanes: substitution complete vs incomplete hydrocarbon combustion
Alkenes, alkynes: addition reactions & Markovnikov’s rule(halogenation, hydrogenation, hydrohalogenation
Aromatic hydrocarbons: substitution reactions
Lab #1 Geometric Isomers
Pg17 Q9
Pg 27 Q9,10
Pg31 Q3,4,6
Lab Instructions in Class
(KU, CM, TI, W-3)
4 See above
Organic Halides ( 1.1)
 nomenclature, significance of CFC’s, substitution rxns

5
6
7
8
9
A) Single Oxygen Containing “Alcohols and Ethers” ( 1.4)
 nomenclature including 1 o , 2 o , and 3 o
 reactions (combustion and addition to alkenes already covered),
 elimination reactions, products from the oxidation of alcohols
 thiols (-SH group)
B) Double Oxygen Containing “Aldehydes and Ketones” (1.5)
 nomenclature, physical properties
 preparing aldehydes and ketones from alcohols: oxidation reactions
C) Double Oxygen Containing “Carboxylic Acids & Esters”
( 1.6)
 nomenclature, physical prop. of carboxylic acids & esters
 oxidation reactions to produce carboxylic acids
 esterification and hydrolysis reactions
 fats and oils
Lab #2 – Synthesizing an Organic Molecule (Ester or Soap)
(Text Ref. 1.6.2 p 66, 1.6.3 p67)
D) Nitrogen Containing “Amines and Amides” ( 1.7)
 nomenclature , properties, primary, secondary, tertiary
 reactions of amines & amides
Chapter 1 - Self-Quiz p 71 Q1-16, Review p 72 Q 1-27,32,34-41
Lab #3 Building Organic Molecular Models
(Text Ref. 1.7.1. p 69)
Pg 39 Q1,2,4-6
Worksheets
Pg 46 Q1-4
Pg 55 Q1-3,5,7,8
Functional Group
Nomenclature
Quiz
(KU, TI, wt 3)
(KU,TI, Ap, W-3)
Pg 62 Q1,3-5
Org Rxns Quiz
(KU, TI, W-3)
(KU,TI, AP, w-3)
Homework
-Textbook
- Additional worksheets
Pg 83 Q1
Pg 93 Q1,2,4
Check:
10
11
12
13
14
Synthetic Addition Polymers
- monomers vs polymers
(2.1, 2.2)
- addition polymerization – the process and examples
- effect of substituted groups on polymer properties
- crosslinking
Synthetic Condensation Polymers (2.4)
- formation of polyesters and polyamides
Natural Polymers (2.6)
- polysaccharides, peptides and proteins, nucleic acids
-condensation of amino acids to form peptide chain
Unit Review Suggested Practice
Self-Quiz p 109 Q1-18, Review p 110 Q1-26,29,35,51,57,60,71
FINAL EVALUTION: Unit 1 Test (KU/TI/CM/AP; W-5)
Pg 99 Q2,5,6
Pg 105 Q4,6
Date_____________