recoilness emission of aY-ray. Howby The Mossbauer effect depends upon theimportant is it to embed the 'emitternucleus in a bulky, rigid, crystal lattice?Calculate the recoil energy_of a free Featom. (mc? = 5 × 1010ev, E, =14-4 keV)com

Emitter nucleus is embedded in a bulky, rigid crystal lattice to ensure that energy don't get lost…

important is it to embed the 'emitter recoilness emission of a Y-ray. How The Mossbauer effect depends upon the Calculate the recoil energy_of a free 57 Fe nuclcus in a bulky, rigid, crystal lattice? 57 Calculate the recoil energy of a free atom. (mc² = 5 × 101ºev, E, =14-4 keV) 2

important is it to embed the 'emitter recoilness emission of a Y-ray. How The Mossbauer effect depends upon the Calculate the recoil energy_of a free 57 Fe nuclcus in a bulky, rigid, crystal lattice? 57 Calculate the recoil energy of a free atom. (mc² = 5 × 101ºev, E, =14-4 keV) 2

Fundamentals Of Analytical Chemistry

9th Edition

ISBN:9781285640686

Author:Skoog

Publisher:Skoog

Chapter26: Molecular Absorption Spectrometry

Section: Chapter Questions

Problem 26.17QAP

See similar textbooks

Related questions

Q: The diffraction pattern suggested a molecular wavelength of 2.5 pm. What was the velocity of the…

A: The relationship between wavelength and velocity is given by De-Broglie and is shown below: λ = hmv

Q: edral site). Determine by how much the diameter of the C atom in y-Fe is overs ct to the gap of the…

A: An interstitial atom is one which occupies a site in crystal structure and normally not…

Q: 5. (a) The Mossbauer effect depends upon the recoilless emission of a y-ray. How important is it to…

A: This Question is based upon Massbauer Spectroscopy.

Q: A compound Y (150.0 g/mol) in a 1.00 cm quartz cell has an extinction coefficient (e) of 23,150 at…

A: Energy absorbed can be calculated using following equation: E = Nahc/λ Where, λ is the wavelength…

Q: 8. Which of the following shows a set of molecular ion with m/z=225 and m/z=227 with equal…

A: The substitutions present in these molecules play a key role in deciding the relative intensity and…

Q: 16. The expression of Ksp for Ni(OH)2 is: |N²+] • [OH¯]² [Ni*]* · [OH¯] DNi*] · [OH¯ None of the…

A: The solubility product constant Ksp is the equilibrium constant for a solid substance dissolving in…

Q: Which is correct for polarography? I-polarography is an amperometry method conducted with a dripping…

A: Polarography technique is used to determine the molecules are oxidation or other reduction at…

Q: 2. a) Determine the crystal field stabilization energy for octahedral d (10Dq:25,000 cm-1 and P (the…

A: Dear Subscriber! You have posted multiple questions. As per our policy we have solved only first one…

Q: 4) A substance is known to have a molar extinction coefficient of 18,300 mL*cm6-1*mg^-1 at its…

Q: A compound Y (150.0 g/mol) in a 1.00 cm quartz cell has an extinction coefficient (ε) of 23,150 at…

A: Answer = 509.12 Complete solution is given in next step.

Q: Topic: Transmittance and absorbance, lambert-beer law A 0.01 M solution in KCr (C2O4) 2 (H2O) 2 in…

A: We have given that For KCr[(C2O4)2(H2O)2] b1 = 1 cm C1 = 0.01 M ε1 = ? For Br2 C2 = 0.001 M ε2…

Q: (a) Why the n to a' and a to a transitions are more prominent in UV- Visible spectroscopy? Also,…

A: (a) Why then to n and a to transitions are more prominent in UV Visible spectroscopy? Also, discuss…

Q: with amine concentration as shown below. A time-resolved laser spectroscopy experiment had also…

A: The shortening of the lifetime of the excited state is called quenching. Because the phosphorescence…

Q: The concentration of a glucose solution was determined via a DNS assay, and it was determined that a…

A: Given:: Concentration c= 150.0 mM = 0.1500 M Absorbance, A=0.156 path length l=0.95 cm Molar…

Q: dª Tanabe-Sugano Diagram 80 70 60 3P 50 1F SEg 40 3D, 'I 30 ³F,³G 20 10 5D SE, 10 20 30 40 50 A/B…

A: In the given complex [Mn(H2O)6]3+ which is a high spin complex with a d4 configurationwhich is given…

Q: 5. (a) The Mossbauer effect depends upon the recoilless emission of a y-ray. How important is it to…

A: This Question is based upon Mossbauer Spectroscopy.

Q: 5. Surface excess of the compounds that have surface activity is: 7,-0 b) l'₁ 0 d) r>0 only above…

A: The solution is given below -

Q: (c) The Mössbauer effect depends upon the recoilness of a y-ray. How important is it to embed the…

A: In Mossbauer Spectroscopy the isolated atom in an excited energy state Eγ decays to give away γ…

Q: analysis of a compound not distinguish between a monomer and dimer of the species? What technique…

A: Monomer is relatively small molecule, they can be binded covolently to other monomer to form…

Q: The molar absorptivity (ε) of the FeSCN2+ complex ion is 4700 M-1 · cm-1 at a wavelength of 450 nm.…

Q: The temperature-dependent form of the extended Debye-Hückel equation is (-1.825 x 10°) (€T) z² va…

A: Activity coefficient = 0.59

Q: Q3. An ionization chamber that satisfies the Bragg-Gray principle contains 0.12 g of CO2 gas (W = 33…

A: Louis Harold Gray, William Henry Bragg, and William Lawrence Bragg is assumed to be a gas, however…

Q: 3. There is a class of polyesters that have the general structure shown below. . For example, in…

A: The equation which relates the number average molecular weight and glass transition temperature is…

Q: The magnitude of the magnetic moment of Mn2+ in its complexes is typically 5.3μB. How many unpaired…

A: The magnetic moment for the d block elements is given by ; nn+2 where n is the number of number…

Q: The v (NO) values irn [Ru(bpy)2 (NO)X]?+ are X =MECN, Z = 3, v (NO) = 1970 cm -1. %3D X = Cl, Z = 2,…

A: π- back bonding in transition metal complexes: ligand donates σ-electron density to the metal and…

Q: CH Vacant d-orbital of metal

Q: The absorbance values observed during the determination of the complex stoichiometry with the Job…

A: A compound is formed when electrons are lost (or) electrons are gained. The number of electrons that…

Q: 4- Which chemical type of absorption bands is the least intense in aqueous solutions? 1) MnCl2 2)…

A: We have to identify which of the given compound will show least intense absorption spectra.

Q: Calculate the number of Schottky defects per m3 in KCl at 500oC. Energy required for the formation…

A: Given: The energy required for the formation of each Schottky defect = 2.6 eV/atom The density of…

Q: The Racah parameter B for [Co(CN)6]3−=460cm−1, and [Co(NH3)6]3+= 615cm−1. Explain the difference in…

A: Given, The Racah parameter (B)) for [Co(CN)6]3−= 460cm−1 and for the compound [Co(NH3)6]3+ =…

Q: The following data were obtained on the initial rates of reaction of a d-metal complex in aqueous…

A: The rate of a chemical reaction relates the reaction rate and the concentration of chemical species…

Q: (iii) Write out the expression for the approximate form of the Marcus-Hush equation for a…

Q: For the following structure derived from a tetrahedral Ni(CO)4, please determine the number of…

A: The given molecule has C3 axis of symmetry. It has 3σv and thus its point group will be C3v.

Q: Determine the concentration of Pb2+ in solution w/ 0.040 M NaNO3 that's satured with PbCl2 . (Ksp,…

A: The solubility product of PbCl2 = 1.66 × 10-5 Molarity of NaNO3 solution = 0.040 M

Q: Benzyl alcohol (bp 205°C) was selected by a student to crystallize uorenol (mp 153–154°C) because…

A: To explain why the solvent benzyl alcohol (bp 205°C) is not a good choice for the crystalization of…

Q: Calculate the sclubility df CusCN in oiM Ng S,Q> = 2:3 x 167

A: Given: Concentration of Na2S2O3 = 0.1 M

Q: Please calculate the energy of inward movement of chloride ions given: Cl- F=23100 cal/V*mol Vm =…

A: Given information, F=23100 cal/V*mol Vm = -60mV R =2cal/mol*K T = 300K Inside 50mM Outside 150mM z…

Q: 7. What is the Mw/Mn value for a free radical polymerization if the termination is mainly by…

A: The process of formation of large molecule that is polymer from small repeating units (known as…

Q: (c) Batch adsorption of 900 mg/L phenol was studied at 298 K using 50 mL aliquot at: an optimized…

A: A question based on adsorption that is to be accomplished.

Q: 3.) At room temperature the electrical conductivity of PbTe is 500 (Q-m)1 whereas the electron and…

A: Given, Electrical conductivity of PbTe= 500 / ohm m Electron mobility = 0.16 m2/V.s Hole mobility=…

Q: 5. (a) The Mossbauer effect depends upon the recoilless emission of a y-ray. How important is it to…

A: This Question is based upon Inorganic Massbauer Spectroscopy.

Q: (c) Batch adsorption of 900 mg/L phenol was studied at 298 K using 50 mL aliquot at an optimized…

A: A question based on adsorption that is to be accomplished.

Q: 1. Derive the Langmuir adsorption isotherm expression for the unimolecular decomposition reaction.…

A: Langmuir adsorption isotherm :- * There exist a Dynamic equilibrium between the adsorbed gas…

Q: The absorbance of a 1.05x10-5 M Fe+3 determined at 580 nm using a 2.50-cm cell was said to be 0.200.…

A: Beer lambert’s law states that the concentration of sample and path length is directly prop to the…

Q: 2.890

A: h = ho • Exp( Ea/RT ) Taken both side ln ln(h) = ln(ho) + Ea/RT 2.303log(h) = 2.303log(ho) +…

Q: (d) Exchange of H₂O for D₂O in [Cr(H₂O)]³+ is extremely slow (k = 2.6 x 10-6 s-¹ at 25°C), while for…

Q: Calculate conditional constants for the formation of the EDTA complex of Fe2+ at a pH of (a) 5.0,…

Question

recoilness emission of aY-ray. How
by The Mossbauer effect depends upon the
important is it to embed the 'emitter
nucleus in a bulky, rigid, crystal lattice?
Calculate the recoil energy_of a free Fe
atom. (mc? = 5 × 1010ev, E, =14-4 keV)
com

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Calculating recoil energy

VIEW

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Applications of MOT and Spectroscopy to Symmetry

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, chemistry and related others by exploring similar questions and additional content below.

Similar questions

Condisering the following schematic representation, def,ne the mechanism involved in Cu-Ni diffusion and major parameters that affect this process?
Quickly plezz!! The levigating agent role in Suppositories manufacturing ??
Equations for the chemiluminescence determination of SO2 are given on page 383. Derive an expression for the relationship between the concentration of SO2 in a sample, the luminescence intensity, and the equilibrium constant for the first reaction.
A compound Y (150.0 g/mol) in a 1.00 cm quartz cell has an extinction coefficient (ε) of 23,150 at λmax=235 nm. What is the energy absorbed by the compound at the maximum of the peak? Note that hc=1.98644586×10−25J*m. Report your answer in KJ/mole to the correct number of significant figures. Do not include the units in your answer. Please write out steps, will rate. Thank you.
Can u explain the answers pls thank u
1.A compound Y (150.0 g/mol) in a 1.00 cm quartz cell has an extinction coefficient (ε) of 23,150 at λmax=235 nm. What is the energy absorbed by the compound at the maximum of the peak? Note that hc=1.98644586×10−25J*m. Report your answer in KJ/mole to the correct number of significant figures. Do not include the units in your answer 2.In general, we want to have absortions less than or equal to 1. What percentage of the incident light is transmitted when absorption is 1? Report your answer to the nearest whole number. 3.An ethanol solution of 3.5 mg/100 ml of compound Y (150.0 g/mol) in a 1.00 cm quartz cell has an absorbance (A) of 0.972 at λmax=235 nm. What is its molar extinction coefficient? Report your answer to the correct number of significant figures.
What transition (d–d charge transfer) is responsible for the dark blue color of [Cu(phen)2]BF4? Why does the dissolution [Cu(phen)2]BF4 of in dichloromethane (DCM) result in a dark orange solution? Justify your answer.
What is the maximum number of unpaired delectrons that anatom or ion can possess? Give an example of an atom and an ionthat have this number.
Confirm that the following CO adsorption data on activated carbon at 273 Kfollow the Langmuir or Freundlich isotherm and determine the volumecorresponding to the complete coverage of the surface.
Suppose you have collected the X-ray powder diffraction pattern of tetragonal BaTiO3 at roomtemperature using copper radiation (λ=1.54 Å) and identified the lattice planes corresponding to thepeaks at each 2θ positions, as shown in the table below. 2θ (°) (hkl) Intensity (%)22.05 (001) 12.022.28 (100) 25.031.45 (101) 100.031.65 (110) 100.038.82 (111) 46.044.86 (002) 12.045.39 (200) 37.050.60 (102) 6.050.98 (201) 8.051.3 (210) 7.056.01 (112) 15.056.3 (211) 12.065.75 (202) 35.0 Determine:a) the d-spacing of the four most intense reflections; b) the lattice parameters a, b and c of the unit cell.
.A. w: Mn= 25, Co= 27, Ni= 28, Zn= 30 ------------ Complex K3[Mn(C204)3] Highly distorted. O Low distorted. O not distorted. O The magnetic moment of the -------------- complex [Ni(en)3]CI2 is * 0Bm 2.8 BM 1.8 BM O OO0O0 3.8 BM
Iron nanoparticles were produced by the evaporation method and their average sizes are estimated 25,50, 90 and 120 nm using the laser particle analyzer. Assuming that the resultant particles are strain freeand the peak broadening detected in the measurement with Cu-K radiation (λ=0.154 nm) arises onlyfrom variation of size of the crystallites, estimate the peak width (the value of FWHM) of the (110) plane.