Question 7) Find the value of the 5t non-zero term evaluated at z = 2.5 a. 0.856 E-10 b. 0.890 E-10 c. 0.925 E-10 d. 0.963 E-10 1.001 E-10 e. f. 1.041 E-10 1.083 E-10 g. h. 1.126 E-10

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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I need Q7 with relevant option
Question 6)
0.105
Find the value of f (z) evaluated at z = 7
a.
b. 0.110
c.
0.115
d.
0.120
е.
0.125
f.
0.130
0.135
g.
h. 0.140
Question 7)
Find the value of the 5th non-zero term evalua ted at z = 2.5
a. 0.856 E-10
b. 0.890 E-10
c. 0.925 E-10
d. 0.963 E-10
1.001 E-10
е.
f.
1.041 E-10
1.083 E-10
g.
h.
1.126 E-10
Transcribed Image Text:Question 6) 0.105 Find the value of f (z) evaluated at z = 7 a. b. 0.110 c. 0.115 d. 0.120 е. 0.125 f. 0.130 0.135 g. h. 0.140 Question 7) Find the value of the 5th non-zero term evalua ted at z = 2.5 a. 0.856 E-10 b. 0.890 E-10 c. 0.925 E-10 d. 0.963 E-10 1.001 E-10 е. f. 1.041 E-10 1.083 E-10 g. h. 1.126 E-10
7) Find the Laurent expansion of f(2) = (z5 + 1)-1 , z(+>1
In the next three problems, find the Laurent series in sigma notation valid in the
given regions.
8) f(z) = for 3 < |z – 3i|
9) f(z) = for |2i| < |z + 2i|
10) f(z) = = for 80 < |z + 13i|
Transcribed Image Text:7) Find the Laurent expansion of f(2) = (z5 + 1)-1 , z(+>1 In the next three problems, find the Laurent series in sigma notation valid in the given regions. 8) f(z) = for 3 < |z – 3i| 9) f(z) = for |2i| < |z + 2i| 10) f(z) = = for 80 < |z + 13i|
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