Derive the optical Theorem: = k m (f(0)) Im
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: 11. About linear and planer densities; (a) Compute and compare the linear densities of the [110] and…
A: Solution 11: (a). The linear density is given by the following formula: LD=nL…
Q: Prove [Â, BĈ] = [Â, BJĈ + B[‚, ĈJ-
A: A→,B→C= A→,B→C→+B→A→,C→ Consider L.H.S A→,…
Q: eu multiple downvotes
A: Yes, common light sources can be used to perform Lamb dip spectroscopy.
Q: Structure Factor of the FCC Lattice * HW 2.4 FOURIER ANALYSIS OF THE BASIS Structure Factor of the…
A: To determine: Structure factor of FCC lattice. Structure factor of SC lattice.
Q: At the given image below, you can see a prism, explain the interactions optically (reasons, optical…
A: (a)In optics, a prism is defined as a transparent solid body that has three rectangular lateral…
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: Calculate the probability of finding the particle in the box region between 1/4 L and 3/4 L
A:
Q: Calculate the first-order correction (1 = 1) for the function given by the relationship below
A:
Q: Approximating the Voigt function as where a = A/4xAvp , the equivalent width can be expressed as: .…
A: As given, The width, Wλ=λ02c∆vD∫-∞+∞1-e-τ0aπx2 dx=λ02c∆vD∫-∞01-e-τ0aπx2 dx+λ02c∆vD∫0+∞1-e-τ0aπx2…
Q: Express (a) Vý and (b) ▼• A in spherical coordinates.
A:
Q: Consider a beam of a CW laser at 800 nm with a power of 1 Watt. Calculate the number of photons…
A: It is given that,The wavelength of CW laser is The power of Laseris .
Q: parficle of mage m is geubijected to a ferce F) F)= -vV(7) seeh that the wave equation function 4(…
A: Hence the answer..
Q: a Ans. (236) vectors of the lattice.
A: Solution:-Miller Indices of a lattice plane:It is defined as the reciprocals of fractional…
Q: is equivalent to (x, t)= A cos(kx-wt - n/2) (x, t) = A sin(kx - wt).
A: we need to show that ψ(x,t)=Acos(kx-ωt-π/2)is equvalent…
Q: Q.3 For the 4x4 density matrix 1 0 0 1 0 0 0 0 0 0 0 0 0 1 , the corresponding state 1 0 0 ) would…
A:
Q: a Ans. (236) vectors of the lattice.
A:
Q: Consider the f(x) = cos(x) + D function shown in the figure in blue color. What is the value of…
A: D is the displacement of the graph in y axis.As in red graph, it is oscillating around y=0.
Q: 2. Find T, N, and x, the center of the osculating circle, the equations of the osculating,…
A: Given that:The equation of the plane curve r(t)=2t3i-3t2j+6tk at t=1. It is required to find the…
Q: Consider a beam of a CW laser at 800 nm with a power of 1 Watt. Calculate the energy of the photons…
A:
Q: Calculate the free spectral range of a Fabry-Perot cavity with r = 0.89 working at A = 700 nm with…
A: Concept used: Free spectral range is spacing between wavelength of two successive maxima and minima…
Q: Determine the expectation value, (r), for the radius of a hydrogen 2pz (me = 0) orbital.
A: We have used formula for expectation value of r
Q: Q1:-(a) Certain ocean waves travel with a phase velocity V,-(g/2), where g is the acceleration due…
A:
Q: caculate the temperature and pressure rises on a short-pulse excitaton of soft tissue at a body…
A: Given: Fluence is 10 mJ/cm2 Optical absorption coefficient is μa=0.1 cm-1
Q: Consider the f(x) = cos(x) + D function shown in the figure in blue color. What is the value of…
A: D is the displacement of the graph in y axis. As in red graph , it is oscillating around y=0.
Q: Name five salient features of a stationary anode X-ray tube.
A: Answer: Salient features of stationary anode x-ray tube: (1) Poor heat loading, (2) Low powered…
Q: a) Find the normalization constant N b) If in the systemL ˆz what is the probability that the…
A:
Q: H.w.: Nermalize a wałet. for a particle ot leny th L given by: W a)=x(L-x). in a box
A: The wavefunction is given as : ψx=xL-x Let us multiply a normalization constant for getting a…
Q: Draw the reciprocal lattice and the ewald sphere where the lattice is a=4Å and its wavelength…
A: To draw the reciprocal lattice and Ewald sphere…
Q: Find the expected value of the inf luencer ħ|0 1 |10 For the case represented by the function
A:
Q: Find inverse laplace transform of - 1 (5+1) (5²+1)
A: Step 1: Laplace Transform: let f(t) be a function of t defined for 0≤t≤∞ then Laplace transform of…
Q: F cxrt) Evaluate the probabieity donsity PG) P = 45* 25 e 1 ADe Normalize The wavefunctian to…
A: Given ψx,t= Ae-cm2ℏx2e-i2cmt
Q: The z-transform of [n] = u[-n] is
A:
Q: (b) Calculate the temperature and pressure rises on a short-pulse laser excitation of soft tissue at…
A: Given: Fluence is 10 mJ/cm2 Optical absorption coefficient is μa=0.1 cm-1
Q: Show that the radial probability density function is P(r)= 4π r2R(r2)dr
A: We have to prove that the probability density is equals to P(r)= 4π r2R(r2)dr
Q: if ; ψ=(2a/π)^1/4*exp(-ax^2) what are the =? ,=?
A: formula used: ∫-∞+∞e-ax2 dx =πa∫-∞+∞xne-αxn = Γn+122αn+12 Given that, ψ =2aπ14e-ax2 a)…
Q: The wavelength of light emitted by a ruby laser is 694.3 nm. Assuming that the emission of a photon…
A:
Q: At room temperature, the diffractogram of a cubic material with lattice parameter of 10Å presents a…
A: Given: The parameter of lattice is 10 A∘ Te parameter of lattice expands by 20 % at high…
Q: Find the eigenenergies of the "half tarmonic oscillaor V (x) = ∞ for Xao ž mwx² for X>0.
A: Consider a half harmonic potential, V(x) = ∞ for x < 0 V(x) = 12mω2x2 for x > 0
Q: The triple point of water is ___________ a) 273.16°C b) 273.16K c) 273.16°F d) 0.15K
A: B
Q: image 98
A: The wave function of an infinite square well of width 0 to a is: ψn0=2asinnπxa ,…
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