(i) Compare stimulated and spontaneous emission. What is the significance of Einstein's coefficients? (ii) Calculate the frequency difference between resonant longitudinal 20th mode and 21th mode, if the cavity length is 20 cm.

Q: 3 Normalize the Runetion Wave 14>= 9 Normalize the wave Runction Yas = N(2,+ D.)

A: Its a concept of Normalisation of Wave Function

Q: Consider an object that produces continuum emission with it's peak emission occurring at 360 nm.…

A: Peak wavelength = 360 nm Let the temperature = T kelvins

Q: Deduce the Duane-Hunt law, and verify Planck's constant. Please Write the step by step with all the…

A: Solution: When the radiation (photon) of appropriate energy is incident on a metal surface. The…

Q: 1 1+i Example 23. Suppose a spin 2 particle is in the state |0)= J6 2 1 and What are probabilities…

A:

Q: R r M

A: Step 1: (a) Step 2: (c) Step 3: (b)

Q: 7) A particular laser oscillating at the resonant wavelength of 1 um has a M value of 1010. The…

A: The length of the cavity, L=10 cm  Radius is, 0.5 cm Volume is, V=π(0.5)2×10 cm3 The threshold…

Q: (3) Derive the expansion coefficient of the first-order perturbed wave functic (0)- E - EO)

A: The first order perturbed wave function is to be derived in the problem given and the coefficient of…

Q: Calculate the De-Broglie wavelength for, An atomic electron size of d is 2.8 fm, mass m is 9.1 x…

A: de brogile wavelength is given as  λ=hp where h is planck constant and p is momentum λ=hmvλ=…

Q: (a) Define fourier transform of a function f (t) use it to obtain Fourier integral represtation of…

A:

Q: When is the ratio of spontaneous emission to stimulated emission R equal to infinity?

A: Step 1 of 2:)   Given: Spontaneous and Stimulated emission     To Find: Ratio of spontaneous…

Q: explaindifference between normal and anamolous Zeeman effect on basis of transition.

A: Answer :- normal and anamolous Zeeman effect :- The Zeeman effect that occurs for spectral lines…

Q: An excited atom gives off a photon to reach its ground state. It is estimated that the average time…

A: The Heisenberg’s uncertainty principle for simultaneous measurements of energy and time:…

Q: Describe the wave functions for the atom, and note how this necessitates the creation of new…

A: An atom is a particle of matter that unparalleley explain a chemical element.

Q: Compute the de Broglie wavelength of proton with a kinetic energy of 1GeV (mc-0.94 GeV) [1 fm 10-15s…

A:

Q: (a) Assuming it is nonrelativistic, calculate the velocity of an electron with a 0.100-fm wavelength…

A:

Q: The frequency range (the difference between the maximum and minimum frequencies) of the Lyman series…

A:

Q: (1) Explain why Lorenz gauge was used instead of Coulomb gauge? In the Lorenz gauge, V.A=-! 7 a1…

A: In the above question it is asked why we used Lorenz gauge condition instead of coulomb gauge…

Q: (16)

A:

Q: Find out the normalization constant for a wave function (x, t) = Ae-lwt sin ,0<xSL %3D

A:

Q: An electron beam is accelerated through a PD of 5,000 V and is then incident onto a crystal lattice.…

A:

Q: Describe the properties of acceptable wave functions

A:

Q: ii) Calculate the value of the HOMO and the LUMO wavefunctions at x= 0.300L and at x= 0.500L. %3!

A:

Q: -] Consider a 1D infinite potential well V(x) such that 1. Vlel a) = co. a] Write down the boundary…

A: The wavefunction has to be finite, continuous, and differentiable at all the points in the given…

Q: Part A vo identical 1.70 kg masses are pressed against posite ends of a spring of force constant…

A: Given data according to questio mass   =  1.70kg k    =   1.75N/cm

Q: 1. Starting from the following relation: dCm (Ym|Vext14) dt Obtain the ratio between Einstein…

A:

Q: O Suppose, I have normalized the wave function at some point of time. The wave nction evolves with…

A: Note: As per Bartleby Guidelines, only the first question will be answered. Please upload the second…

Q: Starting from the condition of total internal reflection(Given below). k -sin i = k' sint = S sin i…

A:

Q: Below is the expression of quantized subband energy in a quantum well photodetector where the m* and…

A: Quantized sub-band energy refers to the discrete energy levels that electrons or charge carriers…

Q: First question: To achieve efficient exciton to photon conversion and lower operating voltages, what…

A: An exciton is a bound state in which an electron and an electron-hole are drawn together by the…

Q: 1- Verify(KCL) for node (a) and note (b). 2- Verify (KVL) for loopl and loop2. 3- Can (KCL) be…

A: Given Data :  The circuit diagram is given  To Find :  verify KCL at node a and b verify KVL in…

Q: (b) How do you find the expression for the total number of different and distinguishable ways in…

A: To find out the expression for the total number of different and distinguishable way in which n…

Q: Find the Fourier series expansion and plot its corresponding magnitude and phase of the periodic…

A:

Q: A beam of electrons is incident õfl a Da gh and 0.5 nm wide. Find the energy they sho

A: Given Data The Beam of electron high is:V=5eV The width is:L=0.5 nm=5×10-10 m The probability of…

Q: It is impossible within a finite amount of time to add an infinitely- numerous series of terms…

A:

Q: 3) For a magnetic system, the energies for the spin magnetic quantum number is given as follows: € =…

A:

Q: Give an explanation why the measurement of energy for many-electron atoms is not accurately…

A:

Q: Find the ground state L and S of oxygen (Z=8). Also find the matter wave associated with 111 MeV…

A: For an oxygen atom, with atomic number 8, it consists of 8 electrons. These 8 electrons of oxygen…

Q: (2.13) Selection rules in hydrogen Hydrogen atoms are excited (by a pulse of laser light that drives…

A: Given: Let us consider the hydrogen selection rules A spectrograph is used to resolve the…

Q: iii) Consider a 2D square potential energy well with sides L (length) containing six electrons. The…

A: The electrons move in this two-dimensional box. The energy of these electrons can be calculated…

Q: 14) C=O stretch vibration (1900 cm') pass. If the filter is based on the first order interference…

A: Given: Here, the change in dipole moment is significant, making this an intense band, and gives rise…