You are using a radiometer to observe ation from an object that is heated to perature at 1278 K. The radiometer re a wavelength interval of 12.6 nm. By cl length at which you are measuring, yo ter to record the most intense radiati-

Q: The energy and exergy contents of a fixed mass.

A: Exergy is the useful work of the given amount of energy at some specific state. It is equivalent to…

Q: grilovna meleong Bridg Activity 4: Let's Draw the Trajectory!o deploy the Direction: Given the…

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Q: Calculate Amax for blackbody radiation for (a) liquid helium (4.2 K), (b) room temperature (293 K),…

A: The different temprature of a blackbody are (a) 4.2 K    (b) 293 K.  (c) 2500 K and (d) 9000 KWe…

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Q: At what velocity does a proton have a wavelength of 11.2 fm (about the size of a large nucleus)? Use…

A: wavelength =11.2 fm

Q: Two photons, each with an energy of 3 Mel, collide aunihilale to produce . head -on and an elee…

A: Solution: The collision between the two photons creates electrons and positrons pairs. The is an…

Q: Solev the attached

A: Concept used: Doppler broadening effect is effect due to which broadening of transition lines during…

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A: Positron emission tomography is a method that is used to observe brain structure and function. In…

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Q: Prove the following relationship mathematically between the steps of the solution in detail: Eg N=Nc…

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Q: Show the full calculation steps to justify why the single-photon energy is 511 keV during the mutual…

A: When the annihilation between the positron and an electron takes place, two gamma rays are emitted,…

Q: f 3. Assume that the MUF for a radio link of 2000 km is 30.6 MHz and the virtual height is 200 km.…

A: Given data :  Radio link = 2000 km  Virtual height = 200 km  MUF = 30.6 MHz

Q: y oesX O Take Test HW Chapter 4 (Secton X bbhosted.cuny.edu/webapps/ussesamentutaknake cmm sement id…

A: There are 40, 320 ways to schedule their apperances

Q: Given a force law O [ML-²T-¹] O [ML-²T-2] O [MLT-2] O [ML-¹T-2] vec{ F}=Ar^2 \widehat{r} what are…

A: The expression of force is givenF = A.r2 .....(1)

Q: Determine the Debye length in meter if the plasma temperature is 2 eV and the plasma density is…

A: Given, Temperature T = 2 eV                T = 2 × 1.16 × 104 K = 2.32 × 104 K              Since 1…

Q: Why is control of column and detector temperature more impo suppressed IC than it is for suppressed…

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Q: DETAILS PREVIOUS ANSWERS AE+ particle of kinetic energy 3.0 GeV is produced inside a bubble chamber.…

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Q: Most radiation detectors are gas-filled and solid-state detectors, but liquid scintillation…

A: Gas filled detectors are one of the most commonly used radiation detectors. They work on the general…

Q: energy of the photopeak falling at channel 3345?

A: From the relationship given above  Energy = a* channel + constant.... E2 = 1332 keV  E1 = 1172 keV…

Q: Integrated ConceptsWhat is the wavelength of a 50-GeV electron, which is produced at SLAC? This…

A: The expression for wavelength in terms of energy is, λ=hcE        (I)                h=Planks…

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A: We need to derive the equation for final velocity of the target in an elastic collision.

Q: Q4/A point source emitting a 1 MeV gamma ray which located 20 cm from the surface along the axis of…

A: in this question we determine  no. of counts emmited in 2 min.

Q: Why is the AES uses dN/dE plot instead of N(E) directly?

A: Answer:   The use of dN(E)/dE instead of N(E) directly seems to be an old practice. Here, In this…

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A: Required : Behavior of tennis ball.

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Q: - Suppose a quanton's wavefunction at a given time is y(x) = Ae-(x/a)², where A is an un- specified…

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Q: 5A star ef radius 6.95 x 10° meters has temperature of 10,000 K. Assuming its perfect cadietor, a)…

A: There are multiple questions so I will answer only first, for getting solution of second question…

Q: Cs137 emit a gamma ray of energy 663 KeV. Describe th

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Q: A quantum dot with a radioactive lifetime of 2ns is used to make a single- photon source based on…

A: The life time of the quantum dot is given , T = 2 ns.

Q: clubeu het the muasse f veloities al faryononts ARB be mA,mB P VA VB Then Cousenving snuoadeumm…

A: Here, we need to find mass of fragment A.  So, we have use conservation of momentum along x and y…

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Q: Tuuo uiree of the same maluial andl. YCume cross-&eclios au sleuethid on a Vancmeli 6 ne uive…

A: To find- resonating length of second wire (l2)=? Given data- T1=16 kgwtT2=4 kgwtT1T2=164=41l1=40 cm