![]() Fourier series and transforms including the convolution theorem. Polar and spherical coordinates and coordinate transformations. Complex numbers and hyperbolic functions. Semester 2: Weeks 3, 4, 5, 6, 9, 10: Friday 2 pm - 5 pmĭescription: Further techniques of mathematics needed in the physical sciences.Semester 2: Weeks 7: Friday 3 pm - 5 pm. ![]() Semester 2: Weeks 2: Friday 3 pm - 4 pm.Semester 2: Weeks 2: Thursday 2 pm - 3 pm.Semester 2: Weeks 2: Monday 3 pm - 4 pm.Semester 2: Weeks 2: Monday 2 pm - 3 pm.Semester 2: Weeks 11, 12: Monday 3 pm - 4 pm.Item 3: 15% Investigative Design Exercise.The experiments are: Alpha particle spectroscopy Thermal equation of state and critical point of ethane, Hall effect measurement of germanium Building a Helium Neon Laser Nuclear Magnetic Resonance Building a Michelson Interferometer and measuring the magnetostriction of metals and the refractive index of air X-ray diffraction spectroscopy The Zeeman effect. Students will perform a number of experiments over the term and will then have to write a scientific paper on one of the experiments that they have performed. The course will be marked by continuous assessment of student laboratory notebooks, which will not be allowed to be removed from the laboratory. Prerequisite: Before taking this module you must take SPA4103ĭescription: This course aims to illustrate some important aspects of physics through experimental measurements. Semester 1: Weeks 11, 13: Monday 1 pm - 2 pm.Semester 1: Weeks 11, 13: Monday 11 am - 12 pm.Item 1: 100% Independent Research Essay (3000-4000 words).The module recognises the magnitude of the phenomenon and delineates the legal and commercial parameters under which esports industries operates. Titleĭescription: Esports law focuses on the legal, contractual, commercial and regulatory issues that affect competitive video gaming. The same contact form may be used to request pricing details (academic, government & commercial).N.B - Please ensure you clear filters between each search. A full trial version is available upon application to the developer. The demo version available from the above link has limited functions (printing, saving, and importing/exporting files are not enabled). ![]() The interface and set of functions in GCK will significantly enhance laboratory productivity and minimize experimental design errors - saving users both time and money. The Gene Construction Kit software is available for both Windows and Mac users, and files can be shared across platforms allowing for easy collaboration. This DNA analysis software allows multiple files to be opened and displayed simultaneously, allowing DNA sequences to easily be copied and pasted between plasmids and vectors to represent real-world DNA cloning protocols. GCK eliminates tedious examination of DNA sequence data by automatically identifying open reading frames (ORF's), keeping track of sticky ends during cutting and pasting of restriction enzyme digestion fragments, assisting with PCR primer design, and enabling comprehensive annotation of DNA sequence features. GCK allows easy manipulation of DNA sequences, either graphically or as sequence text - quickly saving users both time and money. The Gene Construction Kit program has been the preferred plasmid mapping software of leading researchers for more than 20 years.
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