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BC:1.2 Express each of the complex numbers be- low in polar form with the angle in degrees (evaluate any trigonometric expressions as decimal approxima- tions). If using a calculator with complex number capability, you do not need to show your work, just state which calculator you used to find the answer. a.) -50 +j65 b.) (25+15j)/(j − 3) - c.) d.) e.) (25/-1.15m) - 21e-j43⁰ (-13 + j75) x (25 - 30j) (100/-225°) x 4 exp(-j2.75T)

BC:1.2 Express each of the complex numbers be- low in polar form with the angle in degrees (evaluate any trigonometric expressions as decimal approxima- tions). If using a calculator with complex number capability, you do not need to show your work, just state which calculator you used to find the answer. a.) -50 +j65 b.) (25+15j)/(j − 3) - c.) d.) e.) (25/-1.15m) - 21e-j43⁰ (-13 + j75) x (25 - 30j) (100/-225°) x 4 exp(-j2.75T)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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BC:1.2 Express each of the complex numbers be- low in polar form with the angle in degrees (evaluate any trigonometric expressions as decimal approxima- tions). If using a calculator with complex number capability, you do not need to show your work, just state which calculator you used to find the answer. a.) -50 +j65 b.) (25+15j)/(j − 3) c.) d.) e.) (25/-1.15m) - 21e-j43⁰ (−13+ j75) × (25 - 30j) (100/-225°) × 4 exp(-j2.75m)
Transcribed Image Text:BC:1.2 Express each of the complex numbers be- low in polar form with the angle in degrees (evaluate any trigonometric expressions as decimal approxima- tions). If using a calculator with complex number capability, you do not need to show your work, just state which calculator you used to find the answer. a.) -50 +j65 b.) (25+15j)/(j − 3) c.) d.) e.) (25/-1.15m) - 21e-j43⁰ (−13+ j75) × (25 - 30j) (100/-225°) × 4 exp(-j2.75m)
BC:1.1 Express each of the complex numbers be- low in Cartesian form (evaluate any trigonometric expressions as decimal approximations). If using a calculator with complex number capability, you do not need to show your work, just state which calcu- lator you used to find the answer. a.) b.) c.) d.) e.) 1.2/-115⁰ 125eJ/6 25 exp (– jπ/3) — (71/-121°)/j – 15 (120+j100) × (−10 – 5j) (150e-35°)/(25/3
Transcribed Image Text:BC:1.1 Express each of the complex numbers be- low in Cartesian form (evaluate any trigonometric expressions as decimal approximations). If using a calculator with complex number capability, you do not need to show your work, just state which calcu- lator you used to find the answer. a.) b.) c.) d.) e.) 1.2/-115⁰ 125eJ/6 25 exp (– jπ/3) — (71/-121°)/j – 15 (120+j100) × (−10 – 5j) (150e-35°)/(25/3
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