082-Engineering-Mathematics-Anthony-Croft-Robert-Davison-Martin-Hargreaves-James-Flint-Edisi-5-2017

994 Index
Laplace transform(Continued)
rule2: eliminating negative feedback loop 662--8
transferfunctions 659--68, 752
transport lag 664--6, 664--5
voltage across acapacitor 636
andztransform, relationshipbetween 704--9
LCRcircuit560--1
leakage, current 576--7
left-handlimits360
lifespan, electrical components 911
limitsequence 205
limit5sequence 206
limits463
differentiation 358--61
ofintegrals 443, 446, 486
integration 491
left-hand360
right-hand360
line integrals and multiple integrals 867--902
conservative fields875--80
line integralaround closedloop 877--9
potential function 875--7
divergence theorem 895
double integrals 880--5,886--7, 891
electric charge enclosed in a region 890
electric current density 892
electric field, work done by869
electric fluxand Gauss’slaw 893
evaluation ofline integrals in three dimensions
873--5
evaluation ofline integrals in two dimensions 871--3
fluid flow acrossasurface 890
gravitational field, work done by868--9
Green’s theorem 886--7
line integrals 867--71
massofasolid object 889
Maxwell’s equations in integral form 899--900
simple volume and surface integrals 889--95
Stokes’theorem 896--9
three-dimensional line integrals 873--5
triple integrals 885--6, 889
two-dimensional line integrals 871--3
line spectra 766
linearcircuit, Bode plotof96--7
linearcombination 237
ofsinusoids723
linearconstant coefficient:
differentialequations 627, 649--59
linearconvolution 801--3,809--11
linearcross-correlation812--15
linearequations 163, 164, 220, 536--7, 683, 685
linearfactors 39--41
equating coefficients 40--1
evaluation usingspecific value ofx40
Laplace transform651, 668
repeated 39, 41--2
linearhomogeneous equations 294--7
linear modelsforsimple fluidsystem 380--3
linear operator:
differentiationas375--83
integrationas432--4
Laplace transform638
linear polynomial 71
linear scale94
linear system:
frequency response 751--5
Taylor polynomials 511
linear time-invariant system 560--1
linearity:
differentialequations 536--7
ofdifferentiation 430
discrete Fourier transform793
first-orderTaylor polynomial 509--13
Fourier transform761--2
integration438
Laplace transform631--2
ztransformanddifference equations 710, 718--19
linearly dependent vectors 238
linearly independent functions558
linearly independent vectors 238
linesofforce 240
linking processcontrolcomputers 948--9
load:
line 422
resistor476--7,655
voltage waveform 473--4
log-linear graph92
log-linear scales 92--4
log-log graph94--6
log-log plot92--3
log-log scales 92--4
log scale92
logarithm functions85--100, 187--93
attenuation in a step-index optical fibre89--90
decibelsin radio frequency engineering 88--9
delta function 111--12
exponential functionsand 91--2
logarithms85--7
modulusfunction104--8
ramp function 108
reference levelsseereference levels
signal ratiosand decibels 87--8
unitimpulsefunction 111--12
unitstepfunction108--10
logarithmic differentiation 397--8
logarithmic frequency scale 672
logarithmic scale 94
logarithms85--7
laws86,398, 433, 672
natural 85, 89
logical equivalence:
AND gate184, 187, 188
binaryfull-adder circuit design190--2
connective 183