Engineering FE Engineering Common Sem 2 Engineering Physics II Dec 2019 R16 Question Paper - Mumbai University | munotes

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Older exam May 2019 - CBSGS Semester-end · Engineering Physics II → Newer exam Dec 2019 - CBSGS Semester-end · Engineering Physics II →

Questions asked in this paper

Q1 Question no.1 is compulsory
Q2 Attempt any three questions from Q.2.TO Q. 6 marks
Q4 Figures to the right indicate full marks
Q1 Attempt any five of the following
- a) Why does an excessively thin film appear to be perfectly dark when illuminated — 15 by white light
- b) transmission grating the angle of diffraction for the first order principal maximum is for a wavelength of Calculate the number of lines in one cm of the grating surface
- c) Explain the term V-number of an optical fibre
- d) Differentiate between Spontaneous Emission & Stimulated Emission
- e) Show that divergence of the curl of a vector is zero
- f) An electron is accelerated through a potential difference of 18 Kv in a colour Cathode ray tube.Calculate the kinetic energy & the speed of the electron
- g) What will happen when a liquid is introduced between the plano convex lens and glass plate in Newton’s rings experiment
Q2 (a) Whatdo you mean by thin film? Obtain the conditions for the maxima and minima of _the light reflected from a thin transparent film of uniform thickness 8 marks
- (b) Step index and Graded index fibres. A Step Index fibre has a core 7 diameter of m , the refractive indices of core & claddings are 1.52 resply the light of wavelength 1.3 is transmitted through the fibre determine the normalized frequency & number of modes supported by the fibre
- (a) With neat energy level diagram describe the construction and working of Nd-Yag 8
- (b) What is grating element. The visible spectrum ranges from 4000 to 5000 7 Find the angular breadth of the first order visible spectrum produced by a plane grating having 6000 lines/cm when light is incident normally on the grating
Q4 (a) Explain with neat diagram, construction and working of SEM. 5 marks
- (b) Explain spherical co-ordinate system? State the transformation relation between 5 Cartesian and Spherical coordinates
- (c) What is Holography? Distinguish between holography and ordinary photography?
Q5 (a) Show that diameter of Newton's dark ring is directly proportional to square root 5 marks
- (b) What are the different techniques to nanomaterial & explain one of 5 them in detail
- (c) InaNewton’s rings experiment the diameter of and (n+12)"rings 5 and 6.8mm respectively . Radius of curvature of plano-convex lens is 1m. Find the wavelength of light
Q6 (a) Explain the physical significance of divergence and curl of a vector field? 5 marks
- (b) State Bethe’s law and explain electrostatic focusing of electron 5
- (c) Two glass plates enclose a wedge —shaped air film touching at one edge are 5 separated by wire of 0.03mm diameter at distance 15 cm from the edge Monochromatic light of Wavelength from a broad source normally on the film the fringe width

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