SCH4U – Suggested Review for Exam Unit 1: Organic Chemistry

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SCH4U – Suggested Review for Exam
Unit 1: Organic Chemistry
 Naming and drawing all functional groups
 Reactions
 Synthesis
 Polymers (addition & condensation)
 Proteins, starch, cellulose, nucleic acids, fats and oils
 Pg. 150-155 #1-26 & #1-5, 8-11, 15-22
Unit 2: Energy Changes and Rates of Reaction
 Key terms & equations listed on pages 354 &406
 Be able to solve all types of thermochemistry problems (also listed on pages 354 & 406)
 Pg. 412-417 #1-30 & # 1-16, 19-26
Unit 3: Chemical Systems in Equilibrium
 Key terms & equations listed on pages 520 (minus anything with ∆S or ∆G) & 630
 Be able to solve all types of equilibrium problems (also listed on pages 520 &630)
 Pg. 636-645 #1-41 & #1-21, 27-49, 53-55 (for titration problems solve for the pH of the acid
before reaction, the volume of base required to reach the equivalence point and the pH at the
equivalence point)
Unit 4: Structure & Properties
 Key terms: Aufbau principle, electron configuration, Hund’s rule, n, l, ml, ms, Pauli exclusion
principle, subshell, covalent bond, dipole, covalent network, crystal lattice, hydrogen bonding,
intermolecular force, ionic bond, polar bond, isoelectronic, London force, nonpolar bond,
nonpolar molecule, polar molecule, VSEPR
 Be able to draw energy level diagrams, write electron configurations (short & long form) for
elements or ions.
 Be able to assign all four quantum numbers to an electron
 Be able to draw Lewis diagrams, indicating shape and bond angles in molecule
 Be able to assign polarity
 Pg. 286-289 #1-3, 5-6, 9-20, 24-30, 32-40 & #2, 9-29
Unit 5: Electrochemistry
 Key terms: oxidation, reduction, oxidizing agent, reducing agent, oxidation number, redox
 Be able to assign oxidation numbers
 Be able to identify which element is oxidized and which is reduced
 Be able to balance redox reactions using both methods in both acidic and basic solutions
 Pg. 725-727 #1-3, 10, 12 & #1-8
Extra Help:
Thursday January 21st 2:30-3:30
Monday January 25th 2:30-3:30
Tuesday January 26th 11:30-1:30
SCH4U – Suggested Review for Exam
Unit 1: Organic Chemistry
 Naming and drawing all functional groups
 Reactions
 Synthesis
 Polymers (addition & condensation)
 Proteins, starch, cellulose, nucleic acids, fats and oils
 Pg. 150-155 #1-26 & #1-5, 8-11, 15-22
Unit 2: Energy Changes and Rates of Reaction
 Key terms & equations listed on pages 354 &406
 Be able to solve all types of thermochemistry problems (also listed on pages 354 & 406)
 Pg. 412-417 #1-30 & # 1-16, 19-26
Unit 3: Chemical Systems in Equilibrium
 Key terms & equations listed on pages 520 (minus anything with ∆S or ∆G) & 630
 Be able to solve all types of equilibrium problems (also listed on pages 520 &630)
 Pg. 636-645 #1-41 & #1-21, 27-49, 53-55 (for titration problems solve for the pH of the acid
before reaction, the volume of base required to reach the equivalence point and the pH at the
equivalence point)
Unit 4: Structure & Properties
 Key terms: Aufbau principle, electron configuration, Hund’s rule, n, l, ml, ms, Pauli exclusion
principle, subshell, covalent bond, dipole, covalent network, crystal lattice, hydrogen bonding,
intermolecular force, ionic bond, polar bond, isoelectronic, London force, nonpolar bond,
nonpolar molecule, polar molecule, VSEPR
 Be able to draw energy level diagrams, write electron configurations (short & long form) for
elements or ions.
 Be able to assign all four quantum numbers to an electron
 Be able to draw Lewis diagrams, indicating shape and bond angles in molecule
 Be able to assign polarity
 Pg. 286-289 #1-3, 5-6, 9-20, 24-30, 32-40 & #2, 9-29
Unit 5: Electrochemistry
 Key terms: oxidation, reduction, oxidizing agent, reducing agent, oxidation number, redox
 Be able to assign oxidation numbers
 Be able to identify which element is oxidized and which is reduced
 Be able to balance redox reactions using both methods in both acidic and basic solutions
 Pg. 725-727 #1-3, 10, 12 & #1-8
Extra Help:
Thursday January 21st 2:30-3:30
Monday January 25th 2:30-3:30
Tuesday January 26th 11:30-1:30
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