Chapter 12: Q9P (page 590)
To show that, .
Short Answer
Hence, is proved.
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Chapter 12: Q9P (page 590)
To show that, .
Hence, is proved.
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To show .
Verify the formula stated for and in terms of and and also find the value of the, and .
From equation (15.4) show that and
. Then, by Problem 7, show that
for all integral. .
To study the approximations in the table, a computer plot on the same axes the given function together with its small x approximation and its asymptotic approximation. Use an interval large enough to show the asymptotic approximation agrees with the function for large x. If the small x approximation is not clear, plot it alone with the function over a small interval
Solve the following eigenvalue problem (see end of Section 2 and problem 11): Given the differential equation where is an integerlocalid="1654860659044" , find values of localid="1654860714122" such that localid="1654860676211" aslocalid="1654860742759" role="math" , and find the corresponding eigenfunctions. Hint: letlocalid="1654860764612" , and show that localid="1654860784518" satisfies the differential equationlocalid="1654860800910" .Comparelocalid="1654860829619" to show that if localid="1654860854431" is an integerlocalid="1654860871428" , there is a polynomial solution localid="1654860888067" .Solve the eigenvalue problem localid="1654860910472" .
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