z = v3 - i, and let w = 6 (cos () + i sin COS | a.) Write z in polar form. b.) Find zw. Write your answer in both polar form with 0 E [0, 2n] and in complex form. c.) Find z/w. Write your answer in both polar form with 0 E [0, 2n] and in complex form. d.) Find z10. Write your answer in both polar form with 0 E [0, 2n] and in complex form. e.) Find the three cube roots of z in complex form.
z = v3 - i, and let w = 6 (cos () + i sin COS | a.) Write z in polar form. b.) Find zw. Write your answer in both polar form with 0 E [0, 2n] and in complex form. c.) Find z/w. Write your answer in both polar form with 0 E [0, 2n] and in complex form. d.) Find z10. Write your answer in both polar form with 0 E [0, 2n] and in complex form. e.) Find the three cube roots of z in complex form.
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 sin )
Let z = V3 - i, and let w = 6(cos
a.) Write z in polar form.
b.) Find zw. Write your answer in both polar form with 0 E [0, 2n] and in complex form.
c.) Find z/w. Write your answer in both polar form with 0 E [0,2n] and in complex form.
d.) Find z10. write your answer in both polar form with 0 E [0, 2n] and in complex form.
e.) Find the three cube roots of z in complex form.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe4a5064b-9d2c-4dcb-9a4a-8516a0fbe278%2Fc35c7bc5-28fe-4cce-ad13-6f0cdccf720f%2Fug38ad7_processed.jpeg&w=3840&q=75)
Transcribed Image Text:() + i sin )
Let z = V3 - i, and let w = 6(cos
a.) Write z in polar form.
b.) Find zw. Write your answer in both polar form with 0 E [0, 2n] and in complex form.
c.) Find z/w. Write your answer in both polar form with 0 E [0,2n] and in complex form.
d.) Find z10. write your answer in both polar form with 0 E [0, 2n] and in complex form.
e.) Find the three cube roots of z in complex form.
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