Waves and Particles Phys 3

FOUN10072 Waves and Particles Phys 3 10 Semester 2 Undergraduate Level 1 Jonathan Sly Unit coordinator Faculty of Science and Engineering 1 FHEQ level (Framework for Higher Education Qualifications) ' First part HE study/Bachelors ' European Credit Transfer & Accumulation System Rating : 5.0 An introduction to simple harmonic oscillations, waves, atomic and nuclear Physics   An introduction to simple harmonic oscillations, waves, atomic and nuclear PhysicsTopics Covered:•    simple harmonic oscillation.•    travelling waves, standing waves and harmonics.•    interaction of waves with each other and with matter.•    electromagnetic radiation, blackbody radiation, Stefan-Boltzmann law•    wave-particle duality.•    radioactivity.•    nuclear reactions.  The aim is to introduce students to simple harmonic oscillations, waves, electromagnetic radiation, wave-particle duality, atomic and nuclear Physics. By the end of this course unit a student will be able to: <ul><li>Explain and mathematically describe simple harmonic motion.</li><li>Classify different types of waves.</li><li>Mathematically describe and analyse 1-dimensional travelling waves.</li><li>Mathematically and qualitatively describe standing waves and harmonics.</li><li>Describe wave propagation in two and three dimensions.</li><li>Explain and predict wave interactions with objects and interfaces.</li><li>Analyse diffraction and interference phenomena.</li><li>Explain and apply basic quantum models of light and matter.</li><li>Describe blackbody radiation and its significance. </li><li>Explain fundamental concepts in atomic and nuclear physics.</li></ul>   Explain and mathematically describe simple harmonic motion.Classify different types of waves.Mathematically describe and analyse 1-dimensional travelling waves.Mathematically and qualitatively describe standing waves and harmonics.Describe wave propagation in two and three dimensions.Explain and predict wave interactions with objects and interfaces.Analyse diffraction and interference phenomena.Explain and apply basic quantum models of light and matter.Describe blackbody radiation and its significance.Explain fundamental concepts in atomic and nuclear physics.   Analyse and interpret data in diagrammatic, graphical, numerical, symbolic and verbal form.Adapt knowledge to novel and unfamiliar situations.  Choose appropriate equations and apply them to solve problems, select and use appropriate mathematical methods to perform calculations and make reasonable estimates and assumptions when required.  Use online, physics-based apps and simulations.  Import mathematical knowledge and skills into the study of physics.  Use fundamental physical laws and principles in the analysis of real-world events.Use estimation for error-checking.  WorkshopDrop-in/office hourKey concept videos in VLECourse text in VLEOnline quizzes and practice questions in VLEOnline discussion board in VLE   1 Written exam 80% 2 Written assignment (inc essay) 20% <ul> <li>Formative feedback will be given during lectures, tutorials and drop-in sessions. Targeted feedback will be given following coursework assessments. Summative and formative feedback will be given following assessments, including the final exam (exam script viewing is encouraged).</li></ul>  BEng(Hons) Eng w a Int FY BEng(Hons) Eng w a Int FY Foundation Mandatory BEng(Hons) Eng w a Int FY Mech Eng with an Int FY Foundation Mandatory BEng(Hons) Eng w a Int FY Aero Eng with an Int FY Foundation Mandatory BEng(Hons) Eng w a Int FY Civ Eng with an Int FY Foundation Mandatory BEng(Hons) Eng w a Int FY EEM Eng with an Int FY Foundation Mandatory BEng(Hons) Eng w a Int FY Chem Eng with an Int FY Foundation Mandatory BSc(Hons) Science w a Int FY BSc(Hons) Science w a Int FY Foundation Mandatory BSc(Hons) Science w a Int FY Physics with Int FY Foundation Mandatory BSc(Hons) Science w a Int FY Chem with an Int FY Foundation Mandatory BSc(Hons) Science w a Int FY EarthPlanetSciwithintFY Foundation Mandatory BSc(Hons) Science w a Int FY EnvSci with an Int FY Foundation Mandatory BSc(Hons) Science w a Int FY Mat Sci with Int FY Foundation Mandatory BSc(Hons) Science w a Int FY Maths With an Int FY Foundation Mandatory N ADAMS, S., & ALLDAY, J. 2000. Advanced Physics. Oxford University Press, Oxford.AKRILL, T., BENNETT, G., & MILLAR, C. 2000. Practice in Physics (3rd ed.). Hodder & Stoughton Educational, London.BIRD, J. 2005. Basic Engineering Mathematics [online book].  CUTNELL, J., & JOHNSON, K. 2005. Essentials of physics Hoboken, N.J.JOHNSON, K., et al. 2000. Advanced physics for you. Nelson Thornes, Cheltenham.  MUNCASTER, R. 1993. A-level physics (4th ed.). Stanley Thornes, Cheltenham.POPLE, S. 1998. Advanced physics through diagrams. Oxford University Press, Oxford.  Assessment written exam 2 Lectures 24 Tutorials 11 0 63