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Z; = 4.3 KQ230° Zz= 5.2 k0Z-60° 2. Zr = %3D Rcos0 Rsine Ex = Ey =

Z; = 4.3 KQ230° Zz= 5.2 k0Z-60° 2. Zr = %3D Rcos0 Rsine Ex = Ey =

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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Z = 4.3 KQ230° Zz = 5.2 k0Z-60° 2. ZT = = Rcos0 Rsine Ex = Ey = %3D Zz = 12 kO/26° Zz = 15 kQL-56° 3. Zr = Rcose Rsine Z1 Ex = Ey =
Transcribed Image Text:Z = 4.3 KQ230° Zz = 5.2 k0Z-60° 2. ZT = = Rcos0 Rsine Ex = Ey = %3D Zz = 12 kO/26° Zz = 15 kQL-56° 3. Zr = Rcose Rsine Z1 Ex = Ey =
Objective: Use properties of right triangles to add electrical vectors. Draw a force triangle from given vectors. Convert vectors between Polar to Rectangular forms. Formulas: Given (R Z0) x=R cos 0 y = R sin 0 Given (x, y) R= x? + y? y -1- 0 = tan Add the following sets of vectors. Draw a vector diagram. Draw a force triangle diagram. Convert the vectors to Rectangular form to add. Express the answer in Polar form.
Transcribed Image Text:Objective: Use properties of right triangles to add electrical vectors. Draw a force triangle from given vectors. Convert vectors between Polar to Rectangular forms. Formulas: Given (R Z0) x=R cos 0 y = R sin 0 Given (x, y) R= x? + y? y -1- 0 = tan Add the following sets of vectors. Draw a vector diagram. Draw a force triangle diagram. Convert the vectors to Rectangular form to add. Express the answer in Polar form.
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