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VTU Engineering Physics: Answer key for First/Second Semester B.E.Degree examination Dec2013/Jan2014 Enginnering Physics VTU exam
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Wednesday, December 25, 2013. Answer key for First/Second Semester B.E.Degree examination Dec2013/Jan2014 Enginnering Physics VTU exam. D 10467eV 1.2 Å. Subscribe to: Post Comments (Atom). VTU TECHNICAL SEMINAR TOPICS. Inventory is a physical stock of items that a business or production enterprise keeps in hand for smooth functioning. Inventory control is a concept in whi. VTU Computer Science seminar topics. Electrophoretic image display (EPID). Medical science of ancient India. PROCEDURE:*The spectrome...
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VTU Engineering Physics: Part B Unit 6 Superconductivity some extra points
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Thursday, June 20, 2013. Part B Unit 6 Superconductivity some extra points. Supercurrent in Josephson junction. Are the phases of two superconductors in a Josephson effect experimental setup, supercurrent in the junction is given by,. Represent the critical current which is the maximum current across the junction under zero voltage conditions. Subscribe to: Post Comments (Atom). VTU TECHNICAL SEMINAR TOPICS. VTU Computer Science seminar topics. Electrophoretic image display (EPID). Runway is an important...
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VTU Engineering Physics: First/Second Semester B.E. Degree Examination, June 2014 Engineering Physics-Model question paper for VTU examination
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Monday, February 17, 2014. First/Second Semester B.E. Degree Examination, June 2014 Engineering Physics-Model question paper for VTU examination. First/Second Semester B.E. Degree Examination, June 2014. Time: 3 hrs. Max. Marks:100. Note: 1. Answer any FIVE full questions, choosing atleast two from each part. 2 Answer all objective type questions only in OMR sheet page 5 of the answer booklet. 3 Answer to objective type questions on sheets other than OMR will not be valued. Js, c = 3×10. K = 138×10.
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VTU Engineering Physics: January 2013 VTU Exam Engineering physics Answer key
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Saturday, January 12, 2013. January 2013 VTU Exam Engineering physics Answer key. Our model question paper which published 4 months back carries more than 100 marks question from actual question paper! 1(d) m=0.65 MeV/c. Λ = h/√2mE = 6.625×10. 8730;(2×1.156×10. 215;80×1.6×10. 2(d) Δt = λ. 4πcΔλ = (4000×10. 4×3.14×3×10. 2×5.5×1.6×10. 4(d) p = [(k-1)ε. 100014-1) × 8.85×10. 224) =4.61×10. Α = p/E = 4.61×10. 5(d) λ= nhc/p = (5×10. 6(d) α = 10/L × log (p. 10/06 × log(120mw/90mw) = 2.06 dB/km. Lasers are widel...
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VTU Engineering Physics: First/Second Semester B.E. Degree Examination, December 2013 Engineering Physics-Model question paper
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Saturday, August 17, 2013. First/Second Semester B.E. Degree Examination, December 2013 Engineering Physics-Model question paper. First/Second Semester B.E. Degree Examination, December 2013. Time: 3 hrs. Max. Marks:100. Note: 1. Answer any FIVE full questions, choosing atleast two from each part. 2 Answer all objective type questions only in OMR sheet page 5 of the answer booklet. 3 Answer to objective type questions on sheets other than OMR will not be valued. 4 Physical constants: h = 6.626×10. The gr...
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VTU Engineering Physics: First/Second Semester B.E. Degree Examination, June/July 2012 Engineering Physics-Model Question Paper
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Monday, April 30, 2012. First/Second Semester B.E. Degree Examination, June/July 2012 Engineering Physics-Model Question Paper. First/Second Semester B.E. Degree Examination, June/July 2012. Time: 3 hrs. Max. Marks:100. Note: 1. Answer any FIVE full questions, choosing atleast two from each part. 2 Answer all objective type questions only in OMR sheet page 5 of the answer booklet. 3 Answer to objective type questions on sheets other than OMR will not be valued. 4 Physical constants: h = 6.626×10. X/a whe...
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VTU Engineering Physics: Unit 6:Superconductivity and optical fibres
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Friday, July 25, 2008. Unit 6:Superconductivity and optical fibres. VTU Model Question paper. Numerical aperture optical fiber depends upon. A) diameter of fiber. D) none of these. Fractional index change of optical fiber for R.I of core and cladding are 1.563 and 1.498 respectively is. The quantum magnetic flux is given by. Derive an expression for numerical aperture in an optical fiber. Give a brief account of SQUID. December 08 / January 09. The temperature at which superconductivity occurs is called.
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VTU Engineering Physics: VTU June 18 2013 Engineering physics (10 PHY22) Examination Answer key
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Thursday, June 20, 2013. VTU June 18 2013 Engineering physics (10 PHY22) Examination Answer key. 2(a) i) A ii) B iii) C iv) D. 3(a) i) A ii) B iii) C iv) C. 4(a) i) A ii) B iii) C iv) A. 5(a) i) D ii) C iii) B iv) A. 6(a) i) D ii) C iii) B iv) A. 7(a) i) D ii) C iii) B iv) A. 8(a) i) D ii) C iii) B/C iv) A. Subscribe to: Post Comments (Atom). VTU TECHNICAL SEMINAR TOPICS. VTU Computer Science seminar topics. Electrophoretic image display (EPID). Medical science of ancient India. Runway is an important co...
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VTU Engineering Physics: LASER
http://vtuphysics.blogspot.com/2008/07/unit-5.html
Friday, July 25, 2008. For objective type questions http:/ vtuphysicsobjective.blogspot.com/2009/03/unit5.html. VTU Model Question paper. 5aI Emission of a photon by an excited atom due to interaction of external energy is called. A) Spontaneous emission B) Stimulated emission. C) Induced absorption D) Light amplification. II In He-Ne laser, the ratio of He-Ne gas molecules in the order. A) 1:10 B) 10:1 C) 1:1 D) 1:2. III The life time of an atom in a metastable state is of the order of. I) Glowing ii) B...