Two voltages can be represented by the following phasors: V1=(12+6j) V2=(4+5j)Work out the resultant phasors of the two voltage supply combined, i.e. VR=V1+V2Convert the V1 and V2 phasors to polar forms, together with V1+V2.Using the phasors diagram, Determine the resultant VR graphically Part 2: Engineering in vector formTwo voltages can be represented by the following phasors:i.V₁ = (12 + 6j)1V₁ = (4 + 5j)2Work out the resultant phasors of the two voltage supply combined, i.e. V₁ = V₁ + V₂R2iii. Using the phasors diagram,ii. Convert the V, and V, phasors to polar forms, together with V₁ + V.1212°Determine the resultant V graphically

We need to find its resultant of the phasors.

Answered: Two voltages can be represented by the…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Two voltages can be represented by the following phasors:

V1=(12+6j)

V2=(4+5j)

Work out the resultant phasors of the two voltage supply combined, i.e. VR=V1+V2
Convert the V1 and V2 phasors to polar forms, together with V1+V2.
Using the phasors diagram,

Determine the resultant VR graphically

Part 2: Engineering in vector form
Two voltages can be represented by the following phasors:
i.
V₁ = (12 + 6j)
1
V₁ = (4 + 5j)
2
Work out the resultant phasors of the two voltage supply combined, i.e. V₁ = V₁ + V₂
R
2
iii. Using the phasors diagram,
ii. Convert the V, and V, phasors to polar forms, together with V₁ + V.
1
2
1
2°
Determine the resultant V graphically

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