The singly degenerate energy levels for a particular molecule are regularly spaced with a gap of 0.1 eV between them and a lowest energy level at 0.0 eV. If a system of 5 indistinguishable molecules has a total energy of 0.3 eV the total possible number of microstates is:

The singly degenerate energy levels for a particular molecule are regularly spaced with a gap of 0.1 eV between them and a lowest energy level at 0.0 eV. If a system of 5 indistinguishable molecules has a total energy of 0.3 eV the total possible number of microstates is:

Principles of Instrumental Analysis

7th Edition

ISBN:9781305577213

Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Chapter32: Radiochemical Methods

Section: Chapter Questions

Problem 32.19QAP: Show, via a calculation, that the average kinetic energy of a population of thermal neutrons is...

See similar textbooks

Related questions

Q: If HO2 and HO4H were perfect gases, and vibrational motion of the molecules was ignored, what would…

A: Heat capacity at constant pressure (C p )is the change in heat i.e either heat is gained or lost…

Q: What is the relationship between equilibrium, free energy, and electric potential? Include problems…

A: Nernst equation is that equation which gives the relation between electrode potential temperature…

Q: The vibrational modes in water have spacings between levels of roughly Vi = 1600 cm. 2= 3600 cm, and…

A: Molar heat capacity that is Cv is the amount of heat required to raise the temperature of one mole…

Q: With a typical example, explain the concept of residual entropy

A: The difference in entropy of a substance between its non-equilibrium state and its crystal state…

Q: nol O2 (g) and 2 mol O3 (9) tch the words in the left column to the appropriate blanks in the…

A: We will first calculate vibrational degree of freedom and then

Q: Consider a system of distinguishable particles having only two non-degenerate levels separated by an…

Q: (b) A system comprising of one mole of distinguishable and non-interacti molecules has a two-fold…

A: Since you have posted a question with multiple sub-parts, we are entitled to solve first three…

Q: 5. Eiffel tower is made up of iron and its height is roughly 300 m. During winter season (January)…

A: Given : Height of Eiffel tower (Lo) = 300 m Temperature in summer = 25°C Temperature in winter =…

Q: b. The standard molar entropy of O2 is 205.14 J mol-1 K-1 and õ = 1580 cm-1 and the electronic…

A: GIVEN: The standard molar entropy of O2 is 205.14 J mol-¹ K-¹ and ≈ = 1580 cm-¹ and the electronic…

Q: The first excited electronic energy level of the helium atom is 3.13 ✕ 10−18 J above the ground…

A: According to the question we have, The electronic energy of the first excited state of the Helium…

Q: (a) Calculate the thermal de Broglie wavelength for Ar at T = 298 K. (b) Calculate qtrans for Ar…

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

Q: A certain atom has a doubly degenerate ground level , a triply degenerate electronically excited…

Q: The ground level of Cl is 2P3/2 and a 2P1/2 level lies 881 cm−1 above it. Calculate the electronic…

A: Step 1: The ground level of Cl is 2P3/2 and it lies at 881 cm-1 below another level 2P1/2. The molar…

Q: A metal rod is 25.000 cm long at 25.0 degrees Celsius. When heated to 102.0 degrees Celsius, it is…

A: Coefficient of linear expansion :- Coefficient of linear expansion of metal is the rate of change…

Q: Calculate the Boltzmann distribution for sodium (Na) atoms in an inductively coupled plasma a 8000K.…

A: The Boltzmann distribution is basically the ratio of an upper state by a lower state. The formula…

Q: caculate the vibrational contributio to the entropy of Cl2 at 500K given the wave number of the…

Q: Calculate the vibrational, rotational, and translational contributions to the constant volume heat…

Q: An FCIO3 molecule can adopt four orientations in the solid with negligible difference in energy.…

Q: A certain molecule has a non-degenerate excited state lying at 540 cm−1 above the non-degenerate…

A: GIVEN: Molecule has a non-degenerate excited state lying at 540 cm−1 To Solve: Temperature at which…

Q: The force constant for HF is 966 N m-1. Using the harmonic oscillator model, calculate the relative…

A: The relative population of the first excited state and the ground state at 300 K, it is to be…

Q: The force constant for HBr is 412 N m-1. Using the harmonic oscillator model, calculate the relative…

A: The relation of force constant and excitation energy can be shown as follow: hv=h2πKμ Here, h =…

Q: A nitrogen molecule, N2, is confined in a pool of potential energy. What is the lowest power state…

A: Potential energy is a stored energy when an object is at rest. It depends upon the relative position…

Q: EX/ A sample of argon (molar mass 39.9 gmol) of mass 6.56 g occupies 18.5 dm' at 305 K. (a)…

Q: 12.10 Calculate the molar entropy of nitrogen gas at 298 K. Write the overall partition function as…

A: Here we will apply the boltzmann equation to find the solution .

Q: Consider an ideal diatomic gas in a piston, at T = 22.7°C and atmospheric pressure (1.01 x 105 Pa)…

Q: Describe enthropy. What the entropy describes about a system, the statistical (boltzmann) definition…

A: A thermodynamic state property which measures the degree of disorderness or randomness of the…

Q: The fugacity of a monatomic gas is found to obey the relation ?(?, ?) = ????. Write expressions for…

A: Fugacity is a sort of fictitious pressure which is used in order to retain for real gases. Molar…

Q: Derivation Calculate the entropy of HBr at 298 K and 1.00 bar, given that the bond length is 1.41 Å…

A: Here are required to find the translation entropy of HBr at 298 K and 1 bar pressure

Q: 1.3 The ground level of Cl is 2P3/2 and a 2P1/2 level lies 881 cm-1 there above. Calculate the…

A: Given as A ground level of Cl is 2P3/2 and 2P1/2 level lies = 881 cm-1 above The Heat capacity of Cl…

Q: Calculate the entropy of HBr at 298 K and 1.00 bar, given that the bond length is 1.41 Å and the…

Q: The term symbol for the ground state of a metal ion is 3P2. The residual entropy of a crystal of a…

Q: The molar heat capacities at constant volume of Ne and N2 at 298 K are 12.47 J mol-1 K1 and 20.79 J…

A: Ne is a monoatomic gas and N2 is a diatomic gas. The molar heat capacity at constant volume is given…

Q: The standard entropy of ammonia gas at 298.15 K is 192.77 J/K/mol. Calculate the entropy of 6.487…

A: Given, Standard entropy= 192.77 J/K/mol Temperature= 298.15 K Boiling point= -33.34 C = 239.8 K To…

Q: The energy levels of a CH3-group attached to a larger fragment are given by the expression for a…

A: 1. Solution -

Q: The internal energy of a system A None of these B is the sum of the rotational, vibrational, and…

A: Internal energy of system is denoted by U.

Q: 1. Find the coefficient of linear expansion of a 2.0 meter long object with a temperature of 30…

A: The term "expansion" refers to a transition or rise in duration. The change of length along one…

Q: Excitation is the process in which a chemical species absorbs energy and returns to a lower energy…

A: Matter has 2 types of energy states based on energy difference i.e. Ground State(GS) and Excited…

Q: For this problem, use the "Thermodynamic Properties of Selected Substances" table in the "Reference…

Q: Consider a system having four energy levels. Assuming the levels have energy values of (0, 1, 4, 9,…

A: Given, Energy values of the following energy levels- For level Zero (0) , E0 = 0 JFor level 1 , E1…

Q: 1) Calculate the residual entropy of N=10^5 hydrogen atoms that can occupy M=10^7 sites on the…

Q: Calculate the maximum non-expansion work per mole of C3H8 that may be obtained from a fuel cell in…

Question

The singly degenerate energy levels for a
particular molecule are regularly spaced with
a gap of 0.1 eV between them and a lowest
energy level at 0.0 eV. If a system of 5
indistinguishable molecules has a total energy
of 0.3 eV the total possible number of
microstates is:
5
35
20
3

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

Step 2

VIEW

Step 3

VIEW

Step by step

Solved in 3 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Similar questions

For 14N2, ΔG values for the transitions v= 1 ← 0, 2 ← 0, and 3 ← 0 are, respectively, 2329.91, 4631.20, and 6903.69cm-1. Calculate ?̃ and xe. Assume ye to be zero.
A hydrogen atom in the 2P state is placed in a cavity. Find the temperature of the cavity at which the transition probabilities for stimulated and spontaneous emissions are equal.
Under what conditions does the extended Debye-Huckel law, equation 8.52, become the Debye-Hckel limiting law?
Calculate ΔGo for the process: BaF2(s) ⇌ Ba2+(aq) + 2F−(aq) The Ksp of BaF2 at 25°C is 1.70 × 10−6.
I need the theoretical molar extinction coefficient of paranitrophenol in mol^-1cm^-1 (using moles not μM). I have to calculate the % difference.At the experimental level it was 7,200 mol^-1cm^-1
How we acn determines Partition coefficien by electrochemical method? please inesrt reference if you can ;)
Consider the following dissociation reaction of iodine at 1000k: I2(g) <=> 2 I (g) The following data is relevent: v(I2)= 214.36 cm-1 ; B(I2)=0.0373 cm-1 ; De(I2)= 1.5422 eV The ground state of the iodine atoms is 2P3/2 , which implies fourfold degeneracy. Calculate the equilibrium constant for the reaction.
Question: In the context of quantum chemistry, explain the basis of non-adiabatic coupling between electronic states, and discuss its implications for the Born-Oppenheimer approximation. How does non-adiabatic coupling affect the dynamics of molecules undergoing a chemical reaction, and what computational methods can be employed to account for these effects?
Calculate the vibrational and rotational contributions (with zero point energy) to the molar Gibbs energy of a frozen solid form of carbon dioxide at 200 K. Vibrational frequencies are the following: singly degenerate 1388.2 cm-1 and 667.4 cm-1, and doubly degenerate 2349.2cm-1 . The rotational constant is 0.3902 cm-1. Please type answer not write by hend
Show, via a calculation, that the average kinetic energy of a population of thermal neutrons is approximately 0.04 eV
In an investigation of the influence of experimental variables on detection limits in electrothermal AAS, Cabon and Bihan found several factors to be significant in the optimization of the method. List six of these factors, describe in detail the physical basis for each factor, and discuss why each isimportant.
14.44) The lowest triplet state in naphthalene (C10H8) is about 11,000 cm-1 below then lowest excited singlet electronic level at 77 K. Calculate the ratio of the population in these two states. [Hint: The Boltzmann equation is given by N2/N1 = (g2/g1 exp(-ΔE/kBT), where g1 and g2 are the degeneracies for level 1 and 2.]