2. The quantum states of a particle moving freely in a circle of radius r are described by Pn(0) = Cetwno where C is a constant, 0 denotes angle, n = 0, ±1,±2,... is an integer identifying the quantum state of the particle, and wn is constant for a given n. a) Show that Vn(0) satisfies d02 b) Find wn such that Un (0 + 27) = vn(0) c) Find the value of C such that |bn(0)|²d® = 1 d) Show that any two n(0) and vm (0) with m+n satisfy | V(0)vm(0)d® = 0

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.7: Distinguishable Permutations And Combinations
Problem 29E
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2. The quantum states of a particle moving freely in a circle of radius r are described
by
Vn (0) = Ceiwno
0, ±1,±2, ... is an integer identifying
where C is a constant, 0 denotes angle, n =
the quantum state of the particle, and wn is constant for a given n.
a) Show that Vn(0) satisfies
-wn
d02
b) Find wn such that
Vn (0 + 27) = Vn (0)
c) Find the value of C such that
d) Show that any two n(0) and vm(0) with m +n satisfy
2T
| (0)Vm(0)d0 = 0
Transcribed Image Text:2. The quantum states of a particle moving freely in a circle of radius r are described by Vn (0) = Ceiwno 0, ±1,±2, ... is an integer identifying where C is a constant, 0 denotes angle, n = the quantum state of the particle, and wn is constant for a given n. a) Show that Vn(0) satisfies -wn d02 b) Find wn such that Vn (0 + 27) = Vn (0) c) Find the value of C such that d) Show that any two n(0) and vm(0) with m +n satisfy 2T | (0)Vm(0)d0 = 0
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