Engineering Circuit Analysis 9th Edition Chapter Two Exercise Solutions Copyright ©2018 McGraw -Hill Higher Education . Permission required for reproduction or display. All rights reserved. 1. Convert the following to engineering notation: (a) 0.045 W = 45 mW (b) 2000 pJ = 2 nJ (c) 0.1 ns = 100 ps (d) 39,212 as = 3.9212×104×10-18 = 39.212×10-15 s = 39.212 fs (e) 3 Ω (f) 18,000 m = 18 km (g) 2,500,000,000,000 bits = 2.5 terabits (h) 315 2
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310 atoms 10 cm10 atoms/mcm 1 m = (it’s unclear what a “zeta atom” is) =45´10-3 W =2000 ´10-12=2´10-9J =0.1´10-9=100´10-12s =18´103m =2.5´1012 bits Engineering Circuit Analysis 9th Edition Chapter Two Exercise Solutions Copyright ©2018 McGraw -Hill Higher Education . Permission required for reproduction or display. All rights reserved. 2. Convert the following to engineering notation: (a) 1230 fs = 1.23 ps (b) 0.0001 decimeter = 10 m (c) 1400 mK (d) 32 nm = 32 nm (e) 13,560 kHz = 13.56 MHz (f) 2021 micromoles = 2.021 millimoles (g) 13 deciliters (h) 1 hectometer =1.23103´10-15=1.23´10-12 s =1´10-4´10-1=10´10-6 m =1.4´103´10-3=1.4 K =32´10-9m =1.356 ´104´103=13.56 ´106Hz =2.021 ´103´10-6=2.021 ´10-3moles =13´10-1=1.3 liters =100 meters Engineering Circuit Analysis 9th Edition Chapter Two Exercise Solutions Copyright ©2018 McGraw -Hill Higher Education . Permission required for reproduction or display. All rights reserved. 3. Express the following in engineering units: (a) 1212 mV = 1.121 V (b) 1011 pA = 1011×10-12= 100 mA (c) 1000 yoctoseconds = 1 zs (d) 33.9997 zeptoseconds (e) 13,100 attoseconds 151.31 10 s = 1.31 fs−= (f) 10−14 zettasecond =10-14×1021=107=10×106 s = 10 Ms (g) 10−5 second = 10 s (h) 10−9 Gs =1´103´10-24=1´10-21 seconds =10´10-6 seconds =10-9´109=1 second Engineering Circuit Analysis 9th Edition Chapter Two Exercise Solutions Copyright ©2018 McGraw -Hill Higher Education . Permission required for reproduction or display. All rights reserved. 4. Expand the following distances in simple meters: (a) 1 Zm (b) 1 Em (c) 1 Pm (d) 1 Tm (e) 1 Gm (f) 1 Mm =1´1021 m =1´1018 m =1´1015 m =1´1012 m =1´109 m =1´106 m
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310 atoms 10 cm10 atoms/mcm 1 m = (it’s unclear what a “zeta atom” is) =45´10-3 W =2000 ´10-12=2´10-9J =0.1´10-9=100´10-12s =18´103m =2.5´1012 bits Engineering Circuit Analysis 9th Edition Chapter Two Exercise Solutions Copyright ©2018 McGraw -Hill Higher Education . Permission required for reproduction or display. All rights reserved. 2. Convert the following to engineering notation: (a) 1230 fs = 1.23 ps (b) 0.0001 decimeter = 10 m (c) 1400 mK (d) 32 nm = 32 nm (e) 13,560 kHz = 13.56 MHz (f) 2021 micromoles = 2.021 millimoles (g) 13 deciliters (h) 1 hectometer =1.23103´10-15=1.23´10-12 s =1´10-4´10-1=10´10-6 m =1.4´103´10-3=1.4 K =32´10-9m =1.356 ´104´103=13.56 ´106Hz =2.021 ´103´10-6=2.021 ´10-3moles =13´10-1=1.3 liters =100 meters Engineering Circuit Analysis 9th Edition Chapter Two Exercise Solutions Copyright ©2018 McGraw -Hill Higher Education . Permission required for reproduction or display. All rights reserved. 3. Express the following in engineering units: (a) 1212 mV = 1.121 V (b) 1011 pA = 1011×10-12= 100 mA (c) 1000 yoctoseconds = 1 zs (d) 33.9997 zeptoseconds (e) 13,100 attoseconds 151.31 10 s = 1.31 fs−= (f) 10−14 zettasecond =10-14×1021=107=10×106 s = 10 Ms (g) 10−5 second = 10 s (h) 10−9 Gs =1´103´10-24=1´10-21 seconds =10´10-6 seconds =10-9´109=1 second Engineering Circuit Analysis 9th Edition Chapter Two Exercise Solutions Copyright ©2018 McGraw -Hill Higher Education . Permission required for reproduction or display. All rights reserved. 4. Expand the following distances in simple meters: (a) 1 Zm (b) 1 Em (c) 1 Pm (d) 1 Tm (e) 1 Gm (f) 1 Mm =1´1021 m =1´1018 m =1´1015 m =1´1012 m =1´109 m =1´106 m
