21RMI56 Model Question Paper-2 with Solutions
Research Methodology & Intellectual Property Rights (21RMI56) Model Question Paper-2 with Solutions Module-1 1 A] Define engineering research and list its aims and objectives. 1 B] What are the factors…
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21RMI56 Model Question Paper-1 with Solutions
Research Methodology & Intellectual Property Rights (21RMI56) Model Question Paper-1 with Solutions Module-1 1 A] Define the term research and explain the research flow cycle with a relevant diagram. 1…
VTU QUESTION PAPERS OF 2022 SCHEME
VTU QUESTION PAPERS of 1sem (2022 Scheme ) is update in VTUUPDATES Model Question Papers for the (2022 scheme) 1. Renewable Energy Sources 22ETS15E/25E GET PDF 2.Elements of Electrical Engineering…
Calculate the speed of the machine running
5 b] A shunt generator delivers 50 KW at 250 V and 400 rpm. The armature and shunt field resistances are 0.02 Ω and 50 Ω respectively. Calculate the speed…
Mention any four assumptions of Drude-Lorentz model and discuss the success of Quantum free electron theory.
7 a]Mention any four assumptions of Drude-Lorentz model and discuss the success of Quantum free electron theory. four major assumption of Drude-Lorentz model Free electrons in a metal resemble molecules…
VTU 1st Year IDT Solved Model Question Paper [set 1] with answer 2022
Get VTU 1st Year Innovation and design thinking solved model question paper with answer or 21IDT19/29 solved model question paper with answer, VTU 1st sem question paper with answer 2021 – 2022, Innovation and design thinking…
Calculate the probability that an energy level at 0.2eV below the Fermi level is occupied at temperature 500K.
8.C] Calculate the probability that an energy level at 0.2eV below the Fermi level is occupied at temperature 500K. Answer:
The speed of electron is measured to within an uncertainty of 2 × 104 ms−1 in one dimension. What is the minimum width required by the electron to be confined in an atom?
4.C] The speed of electron is measured to within an uncertainty of 2 × 104 ms−1 in one dimension. What is the minimum width required by the electron to be confined in…
The ratio of the population of two energy levels out of which the upper one corresponds to a metastable state is 1.059x 10-30. Find the wavelength of light emitted at 330 K.
6.C] The ratio of the population of two energy levels out of which the upper one corresponds to a metastable state is 1.059x 10-30. Find the wavelength of light emitted…
VTU Model Question Papers 2022 Download in PDF
Download VTU Model Question Paper for 1st, 2nd, 3rd, 4th, 5th, 6th, 7th, 8th, All semesters and Odd and Even Semesters in PDF VTU 1st Year Model Question Papers 2022…