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CHEM1101 - Resources for Week 1


Topics and Learning Outcomes

  • Nuclear and Radiation Chemistry
    •  use the appropriate notation to denote nuclides and isotopes
    •  explain the factors which govern nuclear stability
    •  balance nuclear equations
    •  recognize the proton-proton chain and primary nucleogenesis reactions
    •  use given equations to calculate quantities such as activities, specific activity and molar activity
    •  calculate ages of artefacts from activity ratios
    •  use and manipulate equations describing exponential decay
    •  explain the main mechanism of biological damage by ionising radiation
    •  explain the main factors that contribute to the severity of radiation damage
    •  explain why radioactive isotopes are useful in cancer therapy and imaging, and identify the most useful types of radiation for each
    •  predict the mode of decay for a given unstable nucleus

Textbook and eBook References

  • Nuclear and Radiation Chemistry - Chapter 1 and Sections 27.1 - 27.4
  • Assumed Knowledge - Chapters 1 - 3
the eBook references are free and are taken from high quality sources.

Lecture Notes, Tutorial Worksheets & Answers and Suggested Exam Questions

You need to login to eLearning to access lecture notes.

ChemCAL and iChem Resources

Contributed Links and Resources

You can contribute resources to this site and rank the existing resources: log in to eLearning and follow the link to 'Contribute' under 'Course Resources'.

Nuclear and Radiation Chemistry -  
  Balancing Nuclear Equations  
 
Description: YouTube tutorial
Tags: nuclear equations  |  Contributed by Adam Bridgeman
 
  Risk from Japanese nuclear reactors  
 
Description: 'Sydney Morning Herald' report
Contributed by Adam Bridgeman
 
  Radioactivity Calculations 2 (short video tutorial)  
 
Description: Calculating the age of a sample using carbon dating
Tags: Half lives | activity | radioactivity  |  Contributed by Liz New
 
  Balancing Nuclear Equations  
 
Tags: nuclear equations  |  Contributed by Adam Bridgeman
 
  Radiation Dose Chart  
 
Description: Graphical representation from webcomic xkcd
Contributed by Greg Warr
 
  Radioactivity Calculations 1 (short video tutorial)  
 
Description: Calculating activities of radioactive elements
Tags: Half lives | activity | radioactivity  |  Contributed by Liz New
 
  how elements are formed?Fusion and Beyond!  
 
Description: Ever wonder how most elements are formed? Fusion and beyond! From the NOVA's "Origins" miniseries, host Neil deGrasse Tyson guides us on a journey into the mysteries of the universe, the Earth, and life itself.
Contributed by lydia.daniel
 
  Interactive Simulations on Nuclear Decay  
 
Description: A large number of simulations and games that help to understand atomic structure, nuclear decay processes, half-life, and carbon dating.
Contributed by Chiara Neto
 
  Radioactive Dating Game  
 
Description: Learn about different types of radiometric dating, such as carbon dating. Understand how decay and half life work to enable radiometric dating. Play a game that tests your ability to match the percentage of the dating element that remains to the age of the object.
Contributed by Chiara Neto
 
  Ionizing Power and Penetrating Power  
 
Description: Describes qualitatively the difference in ionizing power of alpha, beta and gamma rays.
Contributed by Chiara Neto
 
Assumed Knowledge -  
  Bridging Course  
 
Description: Notes and other resources on basic stoichiometry
Tags: stoichiometry | balancing equations | mole calculations | assumed knowledge  |  Contributed by Adam Bridgeman
 
  The Mole Concept (short video tutorial)  
 
Description: Introduction to the mole concept and performing mole calculations
Tags: moles | stoichiometry  |  Contributed by Liz New
 
  Significant figures  
 
Description: How to work out the number of significant figures that can be justified when adding, dividing, multiplying and subtracting measurements.
Tags: significant figures | assumed knowledge  |  Contributed by Adam Bridgeman
 
  Atomic symbols  
 
Description: how to read atomic symbols to extract the number of electrons, protons and neutrons for atoms, cations and anions
Tags: atomic symbols  |  Contributed by Adam Bridgeman
 
  Empirical formula calculator  
 
Description: Work out the empirical formula of a compoound from its elements and their percentage masses
Tags: chemical formula | assumed knowledge  |  Contributed by Adam Bridgeman
 

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