(a)
The reduced mass of a diatomic molecule is always smaller than the mass of the molecule and to calculate the reduced mass for
(a)
Answer to Problem 24P
Thereduced mass of
Explanation of Solution
Formula used:
The expression for reduced mass of a two body system is given by,
Calculation:
Dividing the expression for reduced mass of a two body systemby
Again, dividing the expression for reduced mass of a two body system by
In both case, the denominator is greater than 1 which implies
The reduced mass of
Conclusion:
Therefore, thereduced mass of
(b)
The reduced mass of
(b)
Answer to Problem 24P
The reduced mass of
Explanation of Solution
Calculation:
The reduced mass of
Conclusion:
Therefore, the reduced mass of
(c)
The reduced mass of
(c)
Answer to Problem 24P
The reduced mass of
Explanation of Solution
Calculation:
The reduced mass of
Conclusion:
Therefore, the reduced mass of
(d)
The reduced mass of
(d)
Answer to Problem 24P
The reduced mass of
Explanation of Solution
Calculation:
The reduced mass of
Conclusion:
Therefore, the reduced mass of
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Chapter 37 Solutions
PHYSICS F/SCI.+ENGRS.,STAND.-W/ACCESS
- A K* and a CI- ion are separated by 0.52 nm. Find the Coulomb component of the binding energy at that distance. Give your answer in electron-volts. (Please include the appropriate sign.) A positive binding energy would mean the ions are unbound and a negative binding energy means they are bound. Note: For this homework problem, round your answer to 2 decimal places.arrow_forwardUsing the following ionic radii, calculate the void volume fraction in the CsCl. Assume that the ions are practically spherical. Note: Establish the ratios of the radii from the Pythagorean theorem and explain the development steps. -Answers a = 4.04 ÅVoid = 0.317arrow_forwardSuppose there is a gas consisting of spin -½ atoms with a density of n atoms per unit volume. Each atom has an intrinsic magnetic moment μ and the interactions between atoms are negligible. Assume that the system obeys classical statistical rules. a) What is the probability of finding an atom with μ parallel to the magnetic field H at absolute temperature T? b) What is the probability of finding an atom with μ antiparallel to the magnetic field H at absolute temperature T?arrow_forward
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- I need the answer as soon as possiblearrow_forwardDo not use complex number approach, use phasor diagrams.arrow_forwardNext nearest neighbor interactions. Consider a monatomic lattice. The potential energy of the crystal system, modeled as a linear chain of atoms is UpE. = 1/(2 a)E„x? where n runs over all the atoms in the chain and x, is the net displacement of the n'th atom. (a) Show that if the atom is interacting with p atoms on either side instead of one (as we discussed in class), the the force acting on the n'th atom is given by, Fn -Eap(un – Un+p); +p where a, represents the force constant between atoms numbered n and n+ p. (b) Let's now consider an atom interacting with four neighboring atoms, two on each side (i.e., p = 2). If a and m have the usual meanings, show that the dispersion relation is given by, 4a sin? (등) (1+ 4 cos? (등)). qa qa w? тarrow_forward
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