n this picture shown, the differences of light spectra of different galaxies compared to a laboratory reference to uses as comparison, or control group. Describe the differences between nearby stars and galaxies compared to distant stars and galaxies by using the spectral lines

Q: The hydro constellation on remote Eorth How for does'the line with 13 shift towords the red end of…

A: RELATIVISTIC DOPPLER EFFECT The relativistic Doppler effect is the change in frequency (and…

Q: Specimen Anwer Becket For Practice Purpose Only) 2.6 find the de Broglie novelength of (i) a neutron…

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Q: Imagine that the cylinders in Figure 6 depict orbitals in another universe. Which statement about…

A: Orbitals are spaces around the nucleus where an electron can exist. To map out an exact location of…

Q: Needs Complete solution with 100 % accuracy don't use chat gpt or ai i definitely upvote you. Be…

A: From Fahrenheit to Kelvin  (13760°F − 32) × 5/9 + 273.15 = 7899.817K T=7899.817K Now from Wien's law…

Q: explain Rayleigh jeans law,stafen boltzman law and plank's law with graph and give it's ranges

A: Rayleigh-Jeans Law: The Rayleigh-Jeans law is the first law that explains the energy of the…

Q: a) Outline the 2 ideas Planck put forward to explain the black body radiation.b) Explain the concept…

A: (a) the wave theory of light explains the interference and diffraction relating to the propagation…

Q: What is the shortest wavelength present in the Paschen series of spectral lines?

A:

Q: Why is red light typically wasted in a solar cell? i.e. why is the EQE low in the red region of the…

A: The correct option. why is red light typically wasted in a solar cell. Why is the EQE low in the red…

Q: A celestial object is observed to have a continuous spectrum that peaks at a wavelength of…

A: Concept used: Kirchoff gave three laws of spectroscopy.

Q: Q5: In the spectrum of certain star, the Ha line is shifted towards red end by 0.01 nm. Calculate…

A: Given: Change in wavelength,∆λ=0.01nm=0.01×10-9mWavelength,λ=656.3nm=656.3×10-9mSpeed of…

Q: Biprism experiment D = 1m, d = 0.1 cm 0.058 cm, calculate and band width wavelength = of light used.

A: To find-Wavelength of light (λ)=?Given-D=1 md=0.1 cm=0.1×10-2 mX=0.058 cm=0.058×10-2 m

Q: here kB is the Boltzmann constant. the two distribution functions to

A: Given: Rayleigh-Jeans distribution function is  Iλ,T=2πckBTλ4

Q: 2. Estimate your own luminosity (in terms of Stefan-Boltzmann law). Express the result in both…

A: The luminosity of a body is the total power radiated by it

Q: Matter has an associated wavelength Selected answer will be automatically saved. For keyboard…

A: We wil answer the question by using the De Broglie relation, which gives the wavelength associated…

Q: 1. Formal Solution with steps please One photon of light emitted from a hydrogen lamp is measured…

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Q: Light of wavelength 4.08 pm is directed onto a target containing free electrons. Find the wavelength…

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Q: Planck's equation for Black Body radiation, explain each term. Bx(T) 2hc²/15 ehc/XkT-1 =

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Q: Determine the temperature of the following two objects given their peak Blackbody wavelength. 1) dA…

A: To solve this problem we use Wien's displacement law which states that, the wavelength of radiation…

Q: The type of light that can be emitted when one electron orbiting a hydrogen atom drops down in its…

A: Concept used: Photon is emitted from excited electron falls back to its state.

Q: Explain the  diffuse radiation with necessary diagram?

A: Diffuse radiation – These are the solar radiation that has been absorbed by gases and ions in the…

Q: A positron collides head on with an electron at the SLAC National Accelerator Facility. The positron…

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Q: Calculate the total energy (in J) of a monochromatic 6530 μm (micrometer) laser pulse containing…

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Q: Q2:-Experiments indicate that 13.6 eV is required to separate a hydrogen atom into a proton and an…

A: An electron is giving in ground state of hydrogen atom  We need to find its radius velocity and…

Q: 5. Can we 'see' (by eyes) the effect of photons emitted from hydrogen atoms during the ransition…

A: Solution

Q: Explain wavelength and Angular wave number.

A: Wavelength is the length of a wave  from one crest to another, or from one trough to another. Crest…

Q: Astronomers have taken the spectrum of a new star and found it to be continuous with several dark…

A: Kirchhoff's laws for thermal radiation help to relate the observed spectrums of celestial objects to…

Q: Q2) Explain how to determine sample different properties using EELS spectrum in terms of zero loss…

A: In the electron energy loss spectroscopy, the beam of electrons having a suitable known range of…

Q: Use values (6x1014, 0.9 eV) and (8x1014, 1.65 eV) from the graph to determine the value of Planck’s…

A: We know that  E=hf that means planck's constant is slope of graph E and f.

Q: (Applications of Quantum Mechanics) 50 words maximum How to image nanoscale structures in…

A: Normal microscopes or optical microscopes, which use the light of the electromagnetic radiations in…

Q: (6) Microscopes are inherently limited in resolution by the wavelength they use. How much smaller…

A: It is given that the resolution of the microscope is limited by the wavelength used by it. The…

Q: For a particle of mass m, the Compton wavelength, c, is defined as follows: λc = h/mc. a.)…

A: Given,The compton wavelength,λC=hmca) Proton's compton wavelength,λp=hmpch is Planck's constantmp is…

Q: Solve this

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Q: Graphs Generated (Make sure your graphs are properly labeled): Paste below the graph of Range vs.…

A: In the graph, Range is plotted against angle. Ang your graph is a symmetric one with peak occurring…

Q: The waveform displayed on an oscilloscope is as shown in Figure The time/cm' switch is set to 05…

A: Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for…

Q: Calculate the accuracy at the position of a photon of wavelength (3000A), if this wavelength is…

A: Given- Wavelength of photon λ=3000 A=3000×10-10 mand ∆λ=1×10-6 pm=1×10-6×10-12 m