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Q1. (i) Convert the following sinusoid into a phasor. v(t) = -10 cos(33t + 15) (ii) Two sinusoidal functions are given as under, find V = 1 × V2 v1(t) = 15sin(4t) and v2(t) = -3sin(4t + 25). %3D

Q1. (i) Convert the following sinusoid into a phasor. v(t) = -10 cos(33t + 15) (ii) Two sinusoidal functions are given as under, find V = 1 × V2 v1(t) = 15sin(4t) and v2(t) = -3sin(4t + 25). %3D

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q1. (i) Convert the following sinusoid into a phasor. v(t) = -10 cos(33t + 15) (ii) Two sinusoidal functions are given as under, find V = V1 × V2 v1(t) = 15sin(4t) and v2(t) = -3sin(4t + 25). %3D Q2.Find Io in the circuit given under using Mesh Analysis method. 6/0° A j2 Q 6 Ω j4 Q 30/30° V 8 Ω ll
Transcribed Image Text:Q1. (i) Convert the following sinusoid into a phasor. v(t) = -10 cos(33t + 15) (ii) Two sinusoidal functions are given as under, find V = V1 × V2 v1(t) = 15sin(4t) and v2(t) = -3sin(4t + 25). %3D Q2.Find Io in the circuit given under using Mesh Analysis method. 6/0° A j2 Q 6 Ω j4 Q 30/30° V 8 Ω ll
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