Swipe or drag to flip the pages, click to open items

**This is experimental and best viewed in a Webkit browser (Safari, Chrome)**

CHEM1002

Jump to Topic:

< Flip

- determine the geometry and hybridization state for each carbon atom in a molecule
- interconvert the structural and stick formula and stick representations of a molecule
**more ...**

- Chapters 5 and 16

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |

**Suggested exam questions**and**answers****Functional group flashcards**Published 04/08/17 (7:22 am)**Organic nomenclature notes**Published 04/08/17 (7:22 am)**Homework Problem Sheet 1**Published 04/08/17 (7:22 am)**Answers to Homework Problem Sheet 1**Published 04/08/17 (7:22 am)**Critical Thinking Worksheet 1**Published 04/08/17 (7:22 am)**More ...**

- name simple alkanes using IUPAC nomenclature
- distinguish between constitutional and configuration isomers of alkanes

- Sections 16.2 and 16.4

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |

**Suggested exam questions**and**answers****Organic nomenclature notes**Published 04/08/17 (7:22 am)**iChem Tutorial on Organic Isomers**Published 01/11/12 (6:25 pm)**Organic reactions summary**Published 15/09/17 (6:48 am)**Organic transformations flashcards**Published 15/09/17 (6:48 am)**Homework Problem Sheet 2**Published 04/08/17 (7:22 am)**More ...**

- identify alkene diastereomers as
*E*or*Z* - identify the electrophiles and nucleophiles in a reaction
**more ...**

- Sections 16.3 and 16.5

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |

**Suggested exam questions**and**answers****Acidity and organic reactions - video and interactive tutorials and self test quiz**Published 04/08/17 (7:22 am)**Synthetic strategies - video and interactive tutorials and self test quiz**Published 15/09/17 (6:48 am)**Organic nomenclature notes**Published 04/08/17 (7:22 am)**iChem Tutorial on Organic Isomers**Published 01/11/12 (6:25 pm)**Organic reactions summary**Published 15/09/17 (6:48 am)**More ...**

- identify the molecular ion, base peak and daughter ions in a mass spectrum
- recognize that a fragmentation pattern in a mass spectrum can lead to structural information
**more ...**

- Chapter 20

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |

**Suggested exam questions**and**answers****Homework Problem Sheet 4**Published 18/08/17 (6:49 am)**Answers to Homework Problem Sheet 4**Published 18/08/17 (6:49 am)**Critical Thinking Worksheet 4**Published 25/08/17 (7:27 am)**Answers to Critical Thinking Questions 4**Published 25/08/17 (7:27 am)**Critical Thinking Worksheet 5**Published 06/09/17 (5:55 am)**More ...**

- identify and name simple alcohols and phenols
- explain why phenols are more acidic than alcohols
**more ...**

- Chapter 19

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |

**Suggested exam questions**and**answers****Acidity and organic reactions - video and interactive tutorials and self test quiz**Published 04/08/17 (7:22 am)**Synthetic strategies - video and interactive tutorials and self test quiz**Published 15/09/17 (6:48 am)**Organic nomenclature notes**Published 04/08/17 (7:22 am)**Organic reactions summary**Published 15/09/17 (6:48 am)**Organic transformations flashcards**Published 15/09/17 (6:48 am)**More ...**

- identify an acid-base reaction occurring between two molecules
- recognize that amines are both basic and nucleophilic

- Chapter 19

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |

**Suggested exam questions**and**answers****Acidity and organic reactions - video and interactive tutorials and self test quiz**Published 04/08/17 (7:22 am)**Synthetic strategies - video and interactive tutorials and self test quiz**Published 15/09/17 (6:48 am)**Organic nomenclature notes**Published 04/08/17 (7:22 am)**Organic reactions summary**Published 15/09/17 (6:48 am)**Organic transformations flashcards**Published 15/09/17 (6:48 am)**More ...**

- identify stereogenic centres in organic molecules
- distinguish between different types of isomers, including enantiomers and diastereomers
**more ...**

- Chapter 17

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |

**Suggested exam questions**and**answers****Synthetic strategies - video and interactive tutorials and self test quiz**Published 15/09/17 (6:48 am)**iChem Tutorial on Organic Isomers**Published 01/11/12 (6:25 pm)**Organic reactions summary**Published 15/09/17 (6:48 am)**Homework Problem Sheet 5**Published 06/09/17 (5:55 am)**Answers to Homework Problem Sheet 5**Published 06/09/17 (5:55 am)**More ...**

- identify and name organic halogen compounds
- predict the products of the elimination of alkyl halides, using Zaitsev's rule, and give the reagents required to perform this reaction

- Chapter 18

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |

**Suggested exam questions**and**answers****Acidity and organic reactions - video and interactive tutorials and self test quiz**Published 04/08/17 (7:22 am)**Synthetic strategies - video and interactive tutorials and self test quiz**Published 15/09/17 (6:48 am)**Organic nomenclature notes**Published 04/08/17 (7:22 am)**Organic reactions summary**Published 15/09/17 (6:48 am)**Organic transformations flashcards**Published 15/09/17 (6:48 am)**More ...**

- identify and name simple ketones and aldehydes
- predict the products of oxidation and reduction of aldehydes and ketones and give the reagents required to perform these reactions

- Chapter 21

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |

**Acidity and organic reactions - video and interactive tutorials and self test quiz**Published 04/08/17 (7:22 am)**Synthetic strategies - video and interactive tutorials and self test quiz**Published 15/09/17 (6:48 am)**Organic nomenclature notes**Published 04/08/17 (7:22 am)**Organic reactions summary**Published 15/09/17 (6:48 am)**Organic transformations flashcards**Published 15/09/17 (6:48 am)**More ...**

- identify and name simple carboxylic acids
- give the products from the reaction of a carboxylic acid with a base and recognize that this is a reversible reaction
**more ...**

- Chapter 23

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |

**Acidity and organic reactions - video and interactive tutorials and self test quiz**Published 04/08/17 (7:22 am)**Synthetic strategies - video and interactive tutorials and self test quiz**Published 15/09/17 (6:48 am)**Organic nomenclature notes**Published 04/08/17 (7:22 am)**Organic reactions summary**Published 15/09/17 (6:48 am)**Organic transformations flashcards**Published 15/09/17 (6:48 am)**More ...**

- use the reactions of these functional groups to interconvert them and devise ways of making new compounds

- Chapters 16, 18, 19, 21, 22 and 23

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |

**Acidity and organic reactions - video and interactive tutorials and self test quiz**Published 04/08/17 (7:22 am)**Synthetic strategies - video and interactive tutorials and self test quiz**Published 15/09/17 (6:48 am)**Organic reactions summary**Published 15/09/17 (6:48 am)**Critical Thinking Worksheet 7**Published 15/09/17 (6:52 am)**Answers to Critical Thinking Questions 7**Published 15/09/17 (6:52 am)**More ...**

- list common acids and bases
- define acids and bases according to the Arrhenius and Bronsted-Lowry models
**more ...**

- Sections 11.1 - 11.3

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |
Professor Bridgeman's lecture notes weeks 8-13 Published 07/09/17 (10:54 am) |

**Homework Problem Sheet 7**Published 15/09/17 (6:52 am)**Answers to Homework Problem Sheet 7**Published 15/09/17 (6:52 am)**Critical Thinking Worksheet 8**Published 21/09/17 (6:38 am)**Answers to Critical Thinking Questions 8**Published 21/09/17 (6:38 am)**Quiz 2 - Sample Quiz**Published 21/09/17 (7:14 am)

- explain the difference between a strong and weak acid and the difference between a strong and weak base in terms of the percentage dissociation in solution
- explain the increase in p
*K*_{a}values for dissocation of the protons in a polyprotic acid

- Section 11.4

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |
Professor Bridgeman's lecture notes weeks 8-13 Published 07/09/17 (10:54 am) |

**Critical Thinking Worksheet 8**Published 21/09/17 (6:38 am)**Answers to Critical Thinking Questions 8**Published 21/09/17 (6:38 am)**Quiz 2 - Sample Quiz**Published 21/09/17 (7:14 am)

- use p
*K*_{w}, p*K*_{a}and p*K*_{b}to calculate the pH of a solution containing a weak acid or base - use the increase in p
*K*_{a}values for dissocation of the protons in a polyprotic acid to perform calculations **more ...**

- Sections 11.4, 11.6 and 11.7

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |
Professor Bridgeman's lecture notes weeks 8-13 Published 07/09/17 (10:54 am) |

**Critical Thinking Worksheet 8**Published 21/09/17 (6:38 am)**Answers to Critical Thinking Questions 8**Published 21/09/17 (6:38 am)

- recognize trends in the Periodic Table and the correlation between the trends in atomic radii, ionization energies and electronegativity
- explain the origin of these trends in terms of the electronic structure of the atoms
**more ...**

- Sections 4.8 - 4.9 and 11.8

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |
Professor Bridgeman's lecture notes weeks 8-13 Published 07/09/17 (10:54 am) |

- list the types of intermolecular forces and their relative strengths
- identify the intermolecular forces that exist for particular compounds
**more ...**

- Sections 6.7 - 6.8

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |
Professor Bridgeman's lecture notes weeks 8-13 Published 07/09/17 (10:54 am) |

- identify characteristics of physical states
- label phase diagrams and relate phase diagrams to changes in state with temperature and pressure
**more ...**

- Chapter 7

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |
Professor Bridgeman's lecture notes weeks 8-13 Published 07/09/17 (10:54 am) |

- show how close packing of spheres can lead to hexagonal or cubic close packing
- identify the major metal structures - cubic close packed, hexagonal close packed, body centred cubic and simple cubic
**more ...**

- Section 7.4

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |
Professor Bridgeman's lecture notes weeks 8-13 Published 07/09/17 (10:54 am) |

- identify what determines solubility in terms of bonding forces
- construct
*K*_{sp}from the chemical equation for dissolution **more ...**

- Sections 10.1 - 10.4

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |
Professor Bridgeman's lecture notes weeks 8-13 Published 07/09/17 (10:54 am) |

- define complex, ligand and coordinate bond
- recognize that hydrolysis of metal ions in aqueous solutions gives rise to acidic solutions
**more ...**

- Section 13.3

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |
Professor Bridgeman's lecture notes weeks 8-13 Published 07/09/17 (10:54 am) |

- list the important molecular building blocks of living systems
- identify essential, toxic and medicinal elements
**more ...**

- Section 13.5

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |
Professor Bridgeman's lecture notes weeks 8-13 Published 07/09/17 (10:54 am) |

- work out the oxidation state of a transition metal in a complex
- work out the number of
*d*electrons on a transition metal cation and the number of unpaired electrons **more ...**

- Sections 13.3 - 13.4

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |
Professor Bridgeman's lecture notes weeks 8-13 Published 07/09/17 (10:54 am) |

- determine the rate law from experimental data
- identify the reaction order from the rate law
**more ...**

- Chapter 14

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |
Professor Bridgeman's lecture notes weeks 8-13 Published 07/09/17 (10:54 am) |

**Introduction to the rate law - video and interactive tutorials and self test quiz**Published 23/10/15 (7:19 am)

- define entropy in terms of the tendency of energy to spread out
- predict how entropy changes with the physical state, the temperature, the size of the molecule and the complexity of a molecule
**more ...**

- Sections 7.3 and 8.4

Lecture notes weeks 1-7 Published 28/07/17 (7:38 am) |
Professor Bridgeman's lecture notes weeks 8-13 Published 07/09/17 (10:54 am) |