Find the frequency and wavelength of a 50 Mev Gamma ray photon

Q: 6. Calculate the shielding thickness of Cerrobend need to reduce a 16MEV electron to less than 5%…

A: Given: The initial energy of the E0=16 MeV. The energy after shielding is 5100E0=0.05E0. The…

Q: A body cell of 1.0 x 10-5-m radius absorbs 3.2 x 10-14 J of X-ray radiation. Assume the absorbed…

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Q: What two pieces of evidence allowed the first calculation of me, the mass of the electron? Justify…

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Q: When a photon has high enough energy and passes through material, it can disappear and turn into one…

A: Mass of electron = 9.1 ×10-31 kg

Q: Q.4. Uranium dioxide (UO,)is an oxide of uranium used in nuclear fuel rods in nuclear reactors.…

A: The mass attenuation coefficient is defined as; Where μ be defined as the attenuation coefficient.…

Q: Determine the energy of a 891 nm photon in eV. Express your answer in three decimal places.

A: Given: wavelength λ=891 nmλ=891×10-9 m

Q: Ex. 1 : An electron revolves around a nucleus with frequency of revolution 1015 Hz. If the radius of…

A: To find-Magnetic moment (M)=?Given-Frequency of revolution n=1015 HzRadius of orbit r=0.53…

Q: 5. Gamma rays of energy 0.662 MeV are Compton scattered. (a) What is the energy of the scattered…

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Q: 2. A half-value thickness of shielding will reduce the number of gamma rays to what fraction of its…

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Q: A photometric measurement of a known and unknown star is captured in the same camera shot. The…

A: Given information: The magnitude of the standard star (ms) = 10.333 In given picture we can identify…

Q: nfore th

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Q: Calculate the wavelength A1 for gamma rays of frequency f1 = 6.10x1021 Hz . Express your answer in…

A: λ=cf

Q: 1. Calculate the energy of a photon of a green light (A=0.52μm). (Convert the wavelength to…

A: Given wavelength =0.52 micrometres=520 nm

Q: Some satellites use nuclear power. a. If such a satellite emits a 2 W flux of y rays having an…

A: Power P = 2 W.Energy Let N be the number of photon emitted per second.

Q: https://www.compadre.org/PQP/quantum-need/prob4_6.cfm *link to hw problem

A: Step 1:Kinetic energy of the alpha particle is 9MeVis 9×106eVImpact parameterb is 30fm is…

Q: Continuing with the previous question... Imagine four narrow-band detectors are available to…

A: Introduction: Narrowband implies that the channel under consideration is sufficiently narrow that…

Q: Calculate the radius of the smallest Bohr orbit for a μ− bound to a nucleus of platinum (Pt195 with…

A: (c) Let mμ, v, and r denote the mass, speed, and radius of the trajectory of the muon around the…

Q: Some satellites use nuclear power. a. If such a satellite emits a 2 W flux of  rays having an…

A: Power of the satellite Average energy of the satellite

Q: a student lab experiment, 5.8 MeV alpha ticles from the decay of 210 Po are directed at a ce of thin…

A: The atomic number of platinum is Z=78. When the alpha particle is closest, kinetic energy is equal…

Q: PROBLEM 1. a) What is the period for a thermal reactor (Uranium fuel) with prompt neutron lifetime…

A: (a). The neutron lifetime is given as t=4.73×10-6 s For the reactivity as ρ=0.0111 Thus, the value…

Q: Hello, This is a follow-up question for part b.     For part "b", I supposed that the wavelength…

A: Given to us are the maximum wavelengths of maximum intensityFrom the given data we need to explain…

Q: 5. For a standard NMR experiment (as shown in the figure below) of a sample containing two tubes of…

A: The magnetic field in tube-1 is given as, Bo1=14.1 T, The magnetic field in tube-2 is given as,…

Q: Question: Find the binding energy (in MeV) for lithium Li. Select one: O 39.25 MeV O 32.95 MeV O…

A: Binding energy of lithium, 37Li

Q: 30) In a Townsend experiment, If the saturation current is measured as 100 micro-Amper between two…

A: Dimension of parallel plates = 100 cm × 100 cm Saturation current I = 100 μA Temperature T = 1150 K…

Q: 3. Figure 3 shows the schematic of a ruby laser. In order to achieve lasing, i.e. producing laser…

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Q: 6.1 Derive the relationship between half value layer (HVL) and linear attenuation coefficient (μ).

A: Since you have posted multiple questions, we will solve only first question for you. If you want any…

Q: 1. Now complete the following measurements using the simulator. Here, your goal is to find the…

A: Here, the given data is at different wavelength, the value of electrons detected, detection time

Q: You are asked to design a spectral filter that practically removes 99.0% of the low energy photons…

A: The filter asked to be designed should be able to remove 99% of the photons incident on it, and only…

Q: im not understanding how they got 12x10^-15 instead of 2x10^-15 m. for the thickness on part b?

A: The substitution given in the solution is wrong. The barrier thickness is defined by the coulomb…

Q: The following diagram shows the complete set of orbitals of a hypothetical atom. The yellow circle…

A: Theory:The energy absorbed or released for transition of electrons between two energy states E1 and…

Q: A sphere has a radius of 2.80x102 m. This perfectly emitting sphere glows an orange-ish color and is…

A: Blackbody is a particular substance that absorbs all the energy of different wavelength falls on it,…

Q: d) Calculate the centripetal acceleration a in m/s² of the electron as it gyrates along the magnetic…

A: (d) Given: The magnetic field strength of electron is 0.25 T. Introduction: A gyration is a rotation…

Q: A new type of force was discovered by physicists with the following expression: a Fnew = + Be* + 3x4…

A: small Work done by force F for small displacement dx is given by, dW=F→.dx→ Total work done,…

Q: Part A: If X=2.44 micrometers, what is the surface temperature of object A? Enter the numerical…

A: (a) From the graph, the maximum intensity of radiation from object A occurs at X.  λpeak=X Here,…

Q: What are some important practical differences that you have observed between spectroscopies of…

A: Gamma rays: The Gamma rays are uncharged waves and they interact with matter in three different…

Q: A physicist has developed a device that generates a beam of alpha particles each of which is a…

A: Given Data: Each alpha particle carries a charge of 3.204×10-19 C.The device ejects a steady steam…

Q: The minimum amount of energy required to energize a particle from its ground state to first excited…

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Q: a) Plot the energy spectral density p(2) of black-body radiation at 7= 3000 K and at T = 5000 K.…

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Q: (b) The Sun has a temperature of 5770 K, and radiates a thermal spectrum. How many nanometers (nm)…

A: Since we only answer 1 question in case of multiple question, we’ll answer the exact one which has…

Q: Why the Townsend’s first ionization coefficient α is impacted by gas pressure? Explain.

A: Townsend's first ionization coefficient (α)  is utilized in Townsend discharge, which  is a gas…

Q: (1) Stars can be considered ideal blackbodies. A distant star is observed to emit a spectrum of…

A: Given:- Stars can be considered ideal blackbodies. The peak wavelength of the light is 962 nm…

Q: Consider that particles of kinetic energy of 12. 1 eV are fired at hydrogen atoms (in their ground…

A: Answer:-  A)  The maximum energy that can be absorbed by a hydrogen atom in its ground state is…

Q: (d) If you shoot 10,000 electrons into this array of SG apparatuses, approximately how many of…

A: (d) Given: The number of electrons that have been shot is 10000. Introduction: The Stern–Gerlach…

Q: Schrodinger's cat is one of the most common subjects in modern physics for cartoonists. Here's what…

A: Given is the thought experiment of Schrodinger about the probabilistic outcome of the quantum…

Wien's displacement law

Students often get confused between Wien's displacement law and Planck's radiation law. Although both are historically related, yet they are conceptually different. Planck's law helps determine the spectrum of a blackbody, while Wien's law determines the relationship between peak wavelength and temperature.