STION 8 the phase in degrees (with respect to the +x axis) when dividing two complex numbers, Z1/Z2? 18 + j*-4, Z2 = 2.44 + j*7.53 ignificant digits, fixed point notation. STION 9 rator is putting out a voltage at 60 Hz described as a rotating phasor with amplitude 0.035 volts and with a phase angle of (omega*t). We just measure the real part of asor. What is the voltage measured at 0.035 seconds if the phasor is 169.7Vx exp(jwt)? significant digits, fixed point notation. ESTION 10 is the complex conjugate of a phasor (imaginary portion) that is going as 5.45*exp(-3.07j)? significant digits, fixed point notation. ve and Submit to save and submit. Click Save All Answers to save all answers.

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Question 9
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QUESTION 8
what is the phase in degrees (with respect to the +x axis) when dividing two complex numbers, Z1/Z2?
Z1 = 7.18 + j*-4, Z2 = 2.44 + j7.53
Three significant digits, fixed point notation.
QUESTION 9
A generator is putting out a voltage at 60 Hz described as a rotating phasor with amplitude 0.035 volts and with a phase angle of (omega*t). We just measure the real part of
the phasor. What is the voltage measured at 0.035 seconds if the phasor is 169.7Vx exp(jwt) ?
Three significant digits, fixed point notation.
QUESTION 10
What is the complex conjugate of a phasor (imaginary portion) that is going as 5.45*exp(-3.07j)?
Three significant digits, fixed point notation.
Click Save and Submit to save and submit. Click Save All Answers to save all answers.
Transcribed Image Text:0.824 QUESTION 8 what is the phase in degrees (with respect to the +x axis) when dividing two complex numbers, Z1/Z2? Z1 = 7.18 + j*-4, Z2 = 2.44 + j7.53 Three significant digits, fixed point notation. QUESTION 9 A generator is putting out a voltage at 60 Hz described as a rotating phasor with amplitude 0.035 volts and with a phase angle of (omega*t). We just measure the real part of the phasor. What is the voltage measured at 0.035 seconds if the phasor is 169.7Vx exp(jwt) ? Three significant digits, fixed point notation. QUESTION 10 What is the complex conjugate of a phasor (imaginary portion) that is going as 5.45*exp(-3.07j)? Three significant digits, fixed point notation. Click Save and Submit to save and submit. Click Save All Answers to save all answers.
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