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The solid line is the input and the dotted line is the output as functions of time. amplitude (m) -0.5 -1.5 2 53.0069 55.1267 ハ " 1.5 541.4585 ハ -2 50 51 52 53 54 55 56 57 time (s) 58 59 60 By how many radians is the output lagging behind the input? In other words, what the phase lag of the output with respect to the input? Your answer must be positive. Do not use scientific notation. Round your answer to 2nd decimal place (e.g. 2.14). Note: The phase lag by definition is negative implying that the output peak occurs after the responsible input peak, and the output is written as Out(t) = Acos (wt-lag). The phase lag is preferred in the field of Vibrations. In this course, the output is written as Out(t) = Acos (wt +q), where & is the phase lead.

The solid line is the input and the dotted line is the output as functions of time. amplitude (m) -0.5 -1.5 2 53.0069 55.1267 ハ " 1.5 541.4585 ハ -2 50 51 52 53 54 55 56 57 time (s) 58 59 60 By how many radians is the output lagging behind the input? In other words, what the phase lag of the output with respect to the input? Your answer must be positive. Do not use scientific notation. Round your answer to 2nd decimal place (e.g. 2.14). Note: The phase lag by definition is negative implying that the output peak occurs after the responsible input peak, and the output is written as Out(t) = Acos (wt-lag). The phase lag is preferred in the field of Vibrations. In this course, the output is written as Out(t) = Acos (wt +q), where & is the phase lead.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The solid line is the input and the dotted line is the output as functions of time. amplitude (m) -0.5 -1.5 2 53.0069 55.1267 ハ " 1.5 541.4585 ハ -2 50 51 52 53 54 55 56 57 time (s) 58 59 60 By how many radians is the output lagging behind the input? In other words, what the phase lag of the output with respect to the input? Your answer must be positive. Do not use scientific notation. Round your answer to 2nd decimal place (e.g. 2.14). Note: The phase lag by definition is negative implying that the output peak occurs after the responsible input peak, and the output is written as Out(t) = Acos (wt-lag). The phase lag is preferred in the field of Vibrations. In this course, the output is written as Out(t) = Acos (wt +q), where & is the phase lead.
Transcribed Image Text:The solid line is the input and the dotted line is the output as functions of time. amplitude (m) -0.5 -1.5 2 53.0069 55.1267 ハ " 1.5 541.4585 ハ -2 50 51 52 53 54 55 56 57 time (s) 58 59 60 By how many radians is the output lagging behind the input? In other words, what the phase lag of the output with respect to the input? Your answer must be positive. Do not use scientific notation. Round your answer to 2nd decimal place (e.g. 2.14). Note: The phase lag by definition is negative implying that the output peak occurs after the responsible input peak, and the output is written as Out(t) = Acos (wt-lag). The phase lag is preferred in the field of Vibrations. In this course, the output is written as Out(t) = Acos (wt +q), where & is the phase lead.
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