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Engineering FE Engineering Common Sem 1 2019 December 2019 Engineering Physics I Question Paper - Mumbai University | munotes

Engineering Physics I00077300Choice Base.pdf
HAS · 396 KB · 1 May 2025

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Questions asked in this paper

  1. Q2 Attempt any three questions from Q.2 to Q.6
  2. Q4 Figures on the Right indicates marks
  3. Q1 Attempt any five questions from the following 15 marks
    • (a) Draw (0 0 2), (100), (0 1 1)
    • (b) Explain any three properties of matter waves
    • (c) Differentiate between Direct and Indirect band gap semiconductor
    • (d) Explain any three conditions for Sustained Interference
    • (e) A source is emitting 150W of red light of wavelength of 600nm. How many photons per second are emerging from the source?
    • (f) Explain the Meissner effect with application
    • (g) Explain Magneto Resistance with application
  4. Q2 Show that Non- Existence of electron in the Nucleus, Find the uncertainty in the position of electron . The speed of an electron is measured to be 4.0 x m/s to an accuracy of 0.002% . [8]
    • (b) Define the Fermi energy level , Show that in intrinsic semiconductor Fermi level is at the centre of Forbidden energy gap. Draw the position of Fermi level in intrinsic, P-type and N-type semiconductor. [7]
    • (a) Explain with diagram X Ray Spectrometer . Calculate the interplaner spacing between the family of planes (1 1 1) in crystal of lattice constant [8]
    • (b) Prove that the Diameter of the dark ring in Newton’s ring setup is directly proportional to the square root of the ring number . In Newton’s Rings reflected light of wavelength 5 x cm. The diameter of the 10" dark ring is 0.5 cm Calculate radius of curvature R. [7]
    • (b) Differentiate between Type I superconductor and Type II superconductor. 5
    • (c) Find Resistance of an intrinsic Ge rod of dimensions ( lcm long , Imm wide and Imm thick) at 300K . For Ge x , = 0.39m7/v-s ,
  5. Q5 Derive the condition for maxima and minima due to interference of light reflected from thin film of uniform thickness. [5]
    • (b) Explain Hall Effect . Derive the equation for Hall Voltage. 5
    • (c) Calculate the lowest three energy states of an electron confined in potential well of width [5]
  6. Q6 Explain multiferroics and its different types. 5 marks
    • (b) A soap film cm thick is viewed at angle of to normal. Calculate Wavelength of light in the visible spectrum which will be absent from the
    • (c) The Coefficient (Rh) of semiconductor is 3.22 x 10 Its resistivity 10 Calculate the mobility and concentration of carriers. [5]

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