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True-False. If the assertion is true, quote a relevant theorem or reason, or give a proof; if false, give a counter example or other justification. -1 a) (T or F) The point 0 is an isolated singularity of the function f (z) = (sin-) . b) (T or F) Let z, be an isolated singularity of f. If Res (f, zo) = 0, then zo is removable.

True-False. If the assertion is true, quote a relevant theorem or reason, or give a proof; if false, give a counter example or other justification. -1 a) (T or F) The point 0 is an isolated singularity of the function f (z) = (sin-) . b) (T or F) Let z, be an isolated singularity of f. If Res (f, zo) = 0, then zo is removable.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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34. True-False. If the assertion is true, quote a relevant theorem or reason, or give a proof; if false, give a counter example or other justification. a) (T or F) The point 0 is an isolated singularity of the function f(z) = (sin -(sin)". b) (T or F) Let z, be an isolated singularity of f. If Res (f, zo) = 0, then zo is removable.
Transcribed Image Text:34. True-False. If the assertion is true, quote a relevant theorem or reason, or give a proof; if false, give a counter example or other justification. a) (T or F) The point 0 is an isolated singularity of the function f(z) = (sin -(sin)". b) (T or F) Let z, be an isolated singularity of f. If Res (f, zo) = 0, then zo is removable.
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