The complex numbers Z₁ and Z₂ are defined as follows: = 0.5 (cos(-2) + i sin(-2)) 6 6 ²1 ²₂ Calculate Z₁ x Z₂ in polar form, where Z = X |Z| = = 4 (cos(ST) + i sin(ST)) 0 = O-2π/3 a = b= 02π/3 |Z| (cos(0) + i sin (0)) ○π/6 O-π/6 Calculate Z in rectangular form, where Z = a + b i: Write your answers to 2 decimal places OTT/2 O-TT/2

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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The complex numbers Z₁ and Z₂ are defined as follows:
= 0.5 (cos(-2) + i sin(-2))
6
6
²1
²₂
Calculate Z₁ x Z₂ in polar form, where Z = |Z| (cos(0) + i sin (0))
|Z| =
= 4 (cos(ST) + i sin(ST))
0 =
O-2π/3
a =
b=
02π/3
Оπ/6
O-π/6
Calculate Z in rectangular form, where Z = a + b i: Write your answers to 2 decimal places
OTT/2
O-TT/2
Transcribed Image Text:The complex numbers Z₁ and Z₂ are defined as follows: = 0.5 (cos(-2) + i sin(-2)) 6 6 ²1 ²₂ Calculate Z₁ x Z₂ in polar form, where Z = |Z| (cos(0) + i sin (0)) |Z| = = 4 (cos(ST) + i sin(ST)) 0 = O-2π/3 a = b= 02π/3 Оπ/6 O-π/6 Calculate Z in rectangular form, where Z = a + b i: Write your answers to 2 decimal places OTT/2 O-TT/2
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