BE Civil Engineering
BE Instrumentation Engineering
BE Production Engineering
BE Marine Engineering
BE Printing and Packaging Technology
BE Biomedical Engineering
BE Mechanical Engineering
BE Biotechnology
BE IT (Information Technology)
BE Electronics and Telecommunication Engineering
BE Chemical Engineering
BE Electrical Engineering
BE Computer Engineering
BE Construction Engineering
BE Automobile Engineering
BE Electronics Engineering
Academic Year: 2017-2018
Date: December 2017
1) Question no 1 is compulsory
2) Attempt ant three questions from Q.2 to Q.6 .
‘Crystal acts as three dimensional grating for X-rays’, explain.
Chapter: [1] Crystal Structure
Calculate the frequency and wavelength of photon whose energy is 75eV.
Chapter: [2] Quantum Mechanics
Draw the energy band diagram of p-n junction diode in forward and reverse bias condition .
Chapter: [3] Semiconductor Physics
“Superconductor is a perfect diamagnetic”, Explain.
Chapter: [4] Superconductivity
What is reverberation time? How it is important ? write the factors affecting reverberation time.
Chapter: [6] Acoustics
A quartz crystal of thickness 1.5 mm vibrating with resonance. Calculate it’s fundamental frequency if the Young’s modulus of quartz crystal is 7.9×1010N/m2 and density is 2650 kg/m3 .
Chapter: [1] Crystal Structure
Mobility of electron and hole in a sample of Ge at room temperature are 0.36 m2 /V-sec and 0.17m2 /V-sec respectively. If electron and holes densities are equal and it is 2.5 ×1013 /cm3 , calculate its conductivity.
Chapter: [3] Semiconductor Physics
With Heisenberg’s uncertainty principle prove that electron cannot survive in nucleus. An electron has a speed of 300m/sec. with uncertainty of 0.01% . find the accuracy in its position.
Chapter: [2] Quantum Mechanics
Show that fermi energy level in intrinsic semiconductor is at the Centre of forbidden energy gap. What is the probability of an electron being thermally excited to the conduction band in Si at 30℃. The band gap energy is 1.12 eV.
Chapter: [3] Semiconductor Physics
With neat diagram of unit cell , explain the structure of HCP crystal and calculate the no. of ions per unit cell, co ordination no., lattice constant and packing factor of the structure.
Chapter: [1] Crystal Structure
State the Hall effect. Derive the expression for Hall voltage and Hall coefficient with neat diagram.
Chapter: [3] Semiconductor Physics
What is the working principle of maglev? Explain how it can acquire high speed?
Chapter: [4] Superconductivity
A hall of dimension 25×18×12m3 has an average absorption coefficient 0.2. find the reverberation time. If a curtain cloth of area 150m2 is suspended at the centre of Hall with coefficient of absorption 0.75, What will be the reverberation
time?
Chapter: [6] Acoustics
State the piezoelectric effect. With neat circuit diagram explain the principle and working of piezoelectric oscillator .
Chapter: [7] Ultrasonics
With energy band diagram ,explain the variation of fermi energy level with temperature in extrinsic semiconductor .
Chapter: [3] Semiconductor Physics
Explain with example how to determine crystal structure by Bragg’s X-ray spectrometer.
Chapter: [1] Crystal Structure
Obtain one dimensional time dependent time independent Schrodinger equation.
Chapter: [2] Quantum Mechanics
Define ligancy and critical radius ratio. Calculate critical radius radio for ligancy 6.
Chapter: [1] Crystal Structure
What is the significance of wave function ? derive the expression for energy eigen values for the free particle in one dimensional potential well.
Chapter: [2] Quantum Mechanics
What is photovoltaic effect? Explain the principle and working of solar cell.
Chapter: [3] Semiconductor Physics
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University of Mumbai previous year question papers Semester 1 (FE First Year) Applied Physics 1 with solutions 2017 - 2018
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