Let z be a complex number. Then the solution(s) of sinhz+coshz=1/e is (are) * None of these does not exist z=2nti-1 where n is an integer.

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Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
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واتساب ۳۳ رسالة من ۳ دردشات 4:3۲م v
O me. +961 81 258 297 :(äLws pp) Complex Math 380 thursday
Anyone need an A in exams j. +961 71 202 762 :MATH375 (6/5)
öggo O +961 76 817 499 :(Jilw 9) Math380(Ali srour)
For K only
O For I only
Let z be a complex number. Then the solution(s) of
sinhz+coshz=1/e is (are) *
None of these
does not exist
z=2nti-1 where n is an integer.
Z=-1
O z=nnti-1 where n is an integer.
Let z=x+iy be a complex number such that coshz#0.
Then Im(tanhz) is equal to *
Transcribed Image Text:I. X O واتساب ۳۳ رسالة من ۳ دردشات 4:3۲م v O me. +961 81 258 297 :(äLws pp) Complex Math 380 thursday Anyone need an A in exams j. +961 71 202 762 :MATH375 (6/5) öggo O +961 76 817 499 :(Jilw 9) Math380(Ali srour) For K only O For I only Let z be a complex number. Then the solution(s) of sinhz+coshz=1/e is (are) * None of these does not exist z=2nti-1 where n is an integer. Z=-1 O z=nnti-1 where n is an integer. Let z=x+iy be a complex number such that coshz#0. Then Im(tanhz) is equal to *
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