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Question No. 3, Part (A) V2 From the Euler Relatins, deduce that e¯3i"/4 = – 2 (1+ i) i. ii. Find the cartesian form of the complex number, V2e¬“/4. 313 i. Find polar and exponential forms of the complex number, -+ 3 iii. 2

Question No. 3, Part (A) V2 From the Euler Relatins, deduce that e¯3i"/4 = – 2 (1+ i) i. ii. Find the cartesian form of the complex number, V2e¬“/4. 313 i. Find polar and exponential forms of the complex number, -+ 3 iii. 2

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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Question No. 3, Part (A) From the Euler Relatins, deduce that e-3i"/4 = 2 - 12 (1 + i) i. ii. Find the cartesian form of the complex number, / Vze-i"/4. 3 3/3 iii. Find polar and exponential forms of the complex number, – + 2 2
Transcribed Image Text:Question No. 3, Part (A) From the Euler Relatins, deduce that e-3i"/4 = 2 - 12 (1 + i) i. ii. Find the cartesian form of the complex number, / Vze-i"/4. 3 3/3 iii. Find polar and exponential forms of the complex number, – + 2 2
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