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Find the polar form re i0 of the complex number z = -8+2i. You must give your answer as an exact value, not a decimal, and you may use the square root and inverse tangent functions, for example, sqrt (15) and arctan (16/17). You must give the principal value for 0. If needed, write pi for the number . Answer: T= Number and = Number

Find the polar form re i0 of the complex number z = -8+2i. You must give your answer as an exact value, not a decimal, and you may use the square root and inverse tangent functions, for example, sqrt (15) and arctan (16/17). You must give the principal value for 0. If needed, write pi for the number . Answer: T= Number and = Number

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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Find the polar form rei of the complex number z = -8+2i. You must give your answer as an exact value, not a decimal, and you may use the square root and inverse tangent functions, for example, sqrt (15) and arctan (16/17). You must give the principal value for 0. If needed, write pi for the number . Answer: T: Number and 0 = Number
Transcribed Image Text:Find the polar form rei of the complex number z = -8+2i. You must give your answer as an exact value, not a decimal, and you may use the square root and inverse tangent functions, for example, sqrt (15) and arctan (16/17). You must give the principal value for 0. If needed, write pi for the number . Answer: T: Number and 0 = Number
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