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If z = √2+i√2, evaluate z26 Give your answer by stating the modulus and principal argument of the power. You may use fractions, but not decimals. You do not need to evaluate real powers, for example, you may write 2^10 instead of 1024 if you wish. You may write pi for the number # and principal argument Number Answer: z has modulus 26

If z = √2+i√2, evaluate z26 Give your answer by stating the modulus and principal argument of the power. You may use fractions, but not decimals. You do not need to evaluate real powers, for example, you may write 2^10 instead of 1024 if you wish. You may write pi for the number # and principal argument Number Answer: z has modulus 26

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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* If z = √2+i√2, evaluate 226 Give your answer by stating the modulus and principal argument of the power. You may use fractions, but not decimals You do not need to evaluate real powers, for example, you may write 2^10 instead of 1024 if you wish. You may write pi for the number # Answer: 26 has modulus and principal argument Number
Transcribed Image Text:* If z = √2+i√2, evaluate 226 Give your answer by stating the modulus and principal argument of the power. You may use fractions, but not decimals You do not need to evaluate real powers, for example, you may write 2^10 instead of 1024 if you wish. You may write pi for the number # Answer: 26 has modulus and principal argument Number
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