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AC Circuits 1.20 The periodicity of recurrent waveforms, such as sine waves or square waves, can be completely specified using only one of three possible parameters: radian frequency, w, in radians per second (rad/s); (conventional) frequency, f, in hertz (Hz); or period T, in seconds (s). As well, each of the parameters can be specified numerically in one of several ways: using letter prefixes associated with the basic units, using scientific notation, or using some com- bination of both. Thus, for example, a particular period may be specified as 100 ns, 0.1 µs, 10 us, 10° ps, or 1 x 10 s. (For the definition of the various prefixes used in electronics, see Appendix J.) For each of the measures listed below, express the trio of terms in scientific notation associated with the basic unit (e.g., 10s rather than 10 us). -4 (a) T = 10 ms (b) f = 1 GHz (c) w= 6.28 × 10' rad/s (d) T = 10 s (e) f = 60 Hz (f) w = 1 krad/s %3D (g) f = 1900 MHz %3D

AC Circuits 1.20 The periodicity of recurrent waveforms, such as sine waves or square waves, can be completely specified using only one of three possible parameters: radian frequency, w, in radians per second (rad/s); (conventional) frequency, f, in hertz (Hz); or period T, in seconds (s). As well, each of the parameters can be specified numerically in one of several ways: using letter prefixes associated with the basic units, using scientific notation, or using some com- bination of both. Thus, for example, a particular period may be specified as 100 ns, 0.1 µs, 10 us, 10° ps, or 1 x 10 s. (For the definition of the various prefixes used in electronics, see Appendix J.) For each of the measures listed below, express the trio of terms in scientific notation associated with the basic unit (e.g., 10s rather than 10 us). -4 (a) T = 10 ms (b) f = 1 GHz (c) w= 6.28 × 10' rad/s (d) T = 10 s (e) f = 60 Hz (f) w = 1 krad/s %3D (g) f = 1900 MHz %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
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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AC Circuits 1.20 The periodicity of recurrent waveforms, such as sine waves or square waves, can be completely specified using only one of three possible parameters: radian frequency, w, in radians per second (rad/s); (conventional) frequency, f, in hertz (Hz); or period T, in seconds (s). As well, each of the parameters can be specified numerically in one of several ways: using letter prefixes associated with the basic units, using scientific notation, or using some com- bination of both. Thus, for example, a particular period may be specified as 100 ns, 0.1 µs, 10 us, 10° ps, or 1 × 10¬' s. (For the definition of the various prefixes used in electronics, see Appendix J.) For each of the measures listed below, express the trio of terms in scientific notation associated with the basic unit (e.g., 10¬' s rather than 10 us). (a) T = 10 ms (b) ƒ = 1 GHz (c) w=6.28 × 10´ rad/s (d) T = 10 s (e) f = 60 Hz %3D (f) w=1 krad/s (g) ƒ = 1900 MHz
Transcribed Image Text:AC Circuits 1.20 The periodicity of recurrent waveforms, such as sine waves or square waves, can be completely specified using only one of three possible parameters: radian frequency, w, in radians per second (rad/s); (conventional) frequency, f, in hertz (Hz); or period T, in seconds (s). As well, each of the parameters can be specified numerically in one of several ways: using letter prefixes associated with the basic units, using scientific notation, or using some com- bination of both. Thus, for example, a particular period may be specified as 100 ns, 0.1 µs, 10 us, 10° ps, or 1 × 10¬' s. (For the definition of the various prefixes used in electronics, see Appendix J.) For each of the measures listed below, express the trio of terms in scientific notation associated with the basic unit (e.g., 10¬' s rather than 10 us). (a) T = 10 ms (b) ƒ = 1 GHz (c) w=6.28 × 10´ rad/s (d) T = 10 s (e) f = 60 Hz %3D (f) w=1 krad/s (g) ƒ = 1900 MHz
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