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Nirma UniversityInstitute of TechnologyElectronics and Communication Engineering DepartmentTutorial PolicyB. Tech Semester - I Academic Year: 2019-20Course Code & Name:2PY101 – PhysicsCredit Details:Lectures- 2, Tutorial- 1, Practicals-2, Credits- 4Course Co-coordinator:Dr. Ankur PandyaContact No. & Email:079 7165 2 Ext.: 147 ankur.pandya@nirmauni.ac.inOffice :079 7165 2 Ext.: 147Faculty Involved in Tutorials:1. Dr. Ankur Pandya2. Dr. Chetna Chauhan3. Prof. Tanuj GuptaQueries by Emails are encouragedCourse Blog:py101ap.Objectives of tutorialsTo clarify the concepts of Physics using Mathematical calculationsTo analyse the outcome of tutorial problems utilizing which to understand the engineering knowledge Mapping with the course outcomesSr. No.Tutorial topicsCO1.Fundamentals of Physics12.Basics of Laser Physics - I Einstein’s coefficient23.Basics of Laser Physics - II Two, three and four level systems24.Optical Fiber: Numerical aperture, acceptance angle2 & 35.Architectural Acoustics – I Intensity level and absorption coefficient1 & 36.Architectural Acoustics – II Sabine’s formula27.Quantum Mechanics – I Failure of classical mechanics and origin of Quantum mechanics18.Quantum Mechanics – II Normalization of Wave function2 &39.Quantum Mechanics – III/III Various problems on particle in a box 2 &310.Nuclear Physics Binding energy, radius of nucleus2Pre-requisites for the tutorialsTutorial NamePre requisitesFundamental Physics1. Fundamental concepts of Modern Physics covered in std. 12.2. Basic understanding of electromagnetic waves and energy.Laser Physics – 1Laser Physics -21. Properties of light and concepts of photon2. Interaction of radiation with matter3. Various units of energy and their mutual conversionOptical Fiber1. Basic understanding of refraction and refractive index of materials2. Total Internal Reflection (TIR)Quantum Mechanics-1 Quantum Mechanics-2Quantum Mechanics-31. Difference between classics physics and quantum physics 2. Basic understanding of work function, photoelectric effect, Compton effect, Wave equation, fundamentals of band theoryAcoustics 1 and 21. Basic understanding of sound waves and their properties Plasma and Nuclear PhysicsStates of matter, effect of magnetic field on charged particles, Nuclear Fission, Fusion, Nuclear Reactor, Fundamentals of Radioactivity and their unitsTutorial content and PlanStudents are advised to get their doubts cleared in tutorial sessions. Tutorial work will be based on the syllabus with following tutorials to be conducted.Sr. No.ScheduleTutorial topics1.Week 1Fundamentals of Physics2.Week 2Basics of Laser Physics - I/II Einstein’s coefficient3.Week 3Basics of Laser Physics - II/IITwo level, three level and four level system4.Week 4Optical Fiber: Numerical aperture, acceptance angle and relative refractive index5.Week 5Architectural Acoustics – IIntensity level and absorption coefficient6.Week 6Architectural Acoustics – II Sabine’s formula7.Week 7Quantum Mechanics – I: Failure of classical mechanics and origin of Quantum mechanics8.Week 8Quantum Mechanics – IINormalization of Wave function, operators, Expectation values9.Week 9Quantum Mechanics – IIIVarious problems on particle in a box 10.Week 10Nuclear PhysicsBinding energy, radius of nucleus, various decay modes Reference material M N Avadhnulu and P. Kshirsagar, A Text Book of Engineering Physics, S Chand.2.??T. Pradeep, Nano: The Essentials, New Central book Agency.3.??S. N. Goswami, Elements of Plasma Physics, Tata McGraw Hill publication.4.??B. L. Theraja, Physics for Engineers, S Chand PublicationFeedback Students will be asked to give feedback at the end the semester about the conduction and content of the tutorial and will be asked to give their suggestions for further improvement. Active learning techniques planned 1. Group Discussion; 2. Flip Class room; 3. Case StudyCourse attainment statement Use of formal evaluation components of tutorials. Students will solve numerical problems in the tutorial session either by forming a group or individually. Students will be given 10 tutorials based on syllabus. During the semester, two (02) tutorial tests each of 15 marks will be conducted out of which one will be scheduled one week before the SE and one will be one week before the LPW examination.Academic integrity statementsStudents are expected to fulfill the following academic integrity in the tutorial sessions of Physics:In the Physics tutorial session students should -Trust the value of their own intellect.Not allow another student to copy his/her answers on tutorial assignments or exams.Accept corrections from the instructor as part of the learning process.Neither copy answers from another student nor ask another student to do his/her work for him. Students should not submit projects or papers that have been done for a previous class. Not complete tutorial worksheet for another student.Take utmost care for plagiarism. ................
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