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

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

CHEM1612

< Flip

- identify the system and the surroundings in a chemical process
- identify the ways in which energy is transferred in a chemical process
**more ...**

- Chapter 4

Dr Yuen's lecture notes (weeks 1-7) Published 28/07/17 (5:58 am) |

**Suggested exam questions**and**answers****Homework Problem Sheet 1**Published 04/08/17 (7:24 am)**Answers to Homework Problem Sheet 1**Published 04/08/17 (7:24 am)**Critical Thinking Worksheet 1**Published 04/08/17 (7:24 am)**Answers to Critical Thinking Questions 1**Published 04/08/17 (7:24 am)**Homework Problem Sheet 2**Published 04/08/17 (7:24 am)**More ...**

- describe Boyle's, Charles' and Avogadro's Laws
- perform calculations using the ideal gas equation
**more ...**

- Chapter 6

Dr Yuen's lecture notes (weeks 1-7) Published 28/07/17 (5:58 am) |

**Suggested exam questions**and**answers****Homework Problem Sheet 3**Published 18/08/17 (6:51 am)**Answers to Homework Problem Sheet 3**Published 18/08/17 (6:51 am)**Critical Thinking Worksheet 3**Published 18/08/17 (6:51 am)**Answers to Critical Thinking Questions 3**Published 25/08/17 (7:30 am)**Quiz 1 - Sample Quiz**Published 25/08/17 (7:30 am)

- write down the expression for
*K*for any reaction of known stoichiometry - predict reactants or products dominate the equilibrium state from the value of
*K* **more ...**

- Chapter 9

Dr Yuen's lecture notes (weeks 1-7) Published 28/07/17 (5:58 am) |

**Suggested exam questions**and**answers****Homework Problem Sheet 4**Published 18/08/17 (6:51 am)**Answers to Homework Problem Sheet 4**Published 18/08/17 (6:51 am)**Quiz 1 - Sample Quiz**Published 25/08/17 (7:30 am)

- calculate concentrations in molarity, molality, mole fraction, % w/w and %v/v and perform dilutions
- predict qualitatively the solubilities of gases in liquids based on their chemical structure
**more ...**

- Chapter 10

Dr Yuen's lecture notes (weeks 1-7) Published 28/07/17 (5:58 am) |

- explain the advantages of the Bronsted-Lowry acid-base definition over the Arrhenius definition
- understand the relationships between pH, pOH, p
*K*_{a}, p*K*_{b}and p*K*_{w} **more ...**

- Chapter 11

Dr Yuen's lecture notes (weeks 1-7) Published 28/07/17 (5:58 am) |

- convert between concentration units of molarity and ppm
- write solubility product expressions
**more ...**

- Section 10.4

Dr Yuen's lecture notes (weeks 1-7) Published 28/07/17 (5:58 am) |

- assign oxidation numbers to elements in compounds, including transition metals in complexes
- identify the oxidant and the reductant in a redox reaction

- Section 12.1

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

- Chapter 13

- relate the sign of the electrode potential to the direction of spontaneous change
- combine half cells to produce balanced redox reactions and to calculate cell potentials
**more ...**

- Chapter 12

- determine the rate law from experimental data, including the rate constant and its units
- identify the reaction order from the rate law
**more ...**

- Chapter 15

- recognise nuclear reactions, including the major spontaneous decay mechanisms.
- define and distinguish between nucleons, nuclides and isotopes, X-rays & gamma rays, decay series and daughter isotopes.
**more ...**

- Chapter 27

**Critical Thinking Worksheet 13**Published 02/11/17 (11:27 pm)

- Chapter 10