- •CONTENTS
- •Preface
- •To the Student
- •Diagnostic Tests
- •1.1 Four Ways to Represent a Function
- •1.2 Mathematical Models: A Catalog of Essential Functions
- •1.3 New Functions from Old Functions
- •1.4 Graphing Calculators and Computers
- •1.6 Inverse Functions and Logarithms
- •Review
- •2.1 The Tangent and Velocity Problems
- •2.2 The Limit of a Function
- •2.3 Calculating Limits Using the Limit Laws
- •2.4 The Precise Definition of a Limit
- •2.5 Continuity
- •2.6 Limits at Infinity; Horizontal Asymptotes
- •2.7 Derivatives and Rates of Change
- •Review
- •3.2 The Product and Quotient Rules
- •3.3 Derivatives of Trigonometric Functions
- •3.4 The Chain Rule
- •3.5 Implicit Differentiation
- •3.6 Derivatives of Logarithmic Functions
- •3.7 Rates of Change in the Natural and Social Sciences
- •3.8 Exponential Growth and Decay
- •3.9 Related Rates
- •3.10 Linear Approximations and Differentials
- •3.11 Hyperbolic Functions
- •Review
- •4.1 Maximum and Minimum Values
- •4.2 The Mean Value Theorem
- •4.3 How Derivatives Affect the Shape of a Graph
- •4.5 Summary of Curve Sketching
- •4.7 Optimization Problems
- •Review
- •5 INTEGRALS
- •5.1 Areas and Distances
- •5.2 The Definite Integral
- •5.3 The Fundamental Theorem of Calculus
- •5.4 Indefinite Integrals and the Net Change Theorem
- •5.5 The Substitution Rule
- •6.1 Areas between Curves
- •6.2 Volumes
- •6.3 Volumes by Cylindrical Shells
- •6.4 Work
- •6.5 Average Value of a Function
- •Review
- •7.1 Integration by Parts
- •7.2 Trigonometric Integrals
- •7.3 Trigonometric Substitution
- •7.4 Integration of Rational Functions by Partial Fractions
- •7.5 Strategy for Integration
- •7.6 Integration Using Tables and Computer Algebra Systems
- •7.7 Approximate Integration
- •7.8 Improper Integrals
- •Review
- •8.1 Arc Length
- •8.2 Area of a Surface of Revolution
- •8.3 Applications to Physics and Engineering
- •8.4 Applications to Economics and Biology
- •8.5 Probability
- •Review
- •9.1 Modeling with Differential Equations
- •9.2 Direction Fields and Euler’s Method
- •9.3 Separable Equations
- •9.4 Models for Population Growth
- •9.5 Linear Equations
- •9.6 Predator-Prey Systems
- •Review
- •10.1 Curves Defined by Parametric Equations
- •10.2 Calculus with Parametric Curves
- •10.3 Polar Coordinates
- •10.4 Areas and Lengths in Polar Coordinates
- •10.5 Conic Sections
- •10.6 Conic Sections in Polar Coordinates
- •Review
- •11.1 Sequences
- •11.2 Series
- •11.3 The Integral Test and Estimates of Sums
- •11.4 The Comparison Tests
- •11.5 Alternating Series
- •11.6 Absolute Convergence and the Ratio and Root Tests
- •11.7 Strategy for Testing Series
- •11.8 Power Series
- •11.9 Representations of Functions as Power Series
- •11.10 Taylor and Maclaurin Series
- •11.11 Applications of Taylor Polynomials
- •Review
- •APPENDIXES
- •A Numbers, Inequalities, and Absolute Values
- •B Coordinate Geometry and Lines
- •E Sigma Notation
- •F Proofs of Theorems
- •G The Logarithm Defined as an Integral
- •INDEX
INDEX
RP denotes Reference Page numbers. |
|
|
Abel, Niels, 210 |
by the Midpoint Rule, 496 |
asymptotic curve, 315 |
absolutely convergent series, 740 |
by Newton’s method, 335 |
autonomous differential |
absolute maximum and minimum, 271 |
by an nth-degree Taylor polynomial, 253 |
equation, 575 |
absolute value, 17, A6, A56 |
quadratic, 253 |
average cost function, 330 |
absolute value function, 17 |
by Riemann sums, 367 |
average rate of change, 148, 221 |
acceleration, 160, 221 |
by Simpson’s Rule, 500, 501 |
average speed of molecules, 516 |
Achilles and the tortoise, 6 |
tangent line, 247 |
average value of a function, 443, 557 |
adaptive numerical integration, 504 |
by Taylor’s Inequality, 737 |
average velocity, 5, 85, 145, 221 |
addition formulas for sine and |
by the Trapezoidal Rule, 497 |
axes, coordinate, A11 |
cosine, A28, A29 |
Archimedes’ Principle, 449 |
axes of ellipse, A19 |
algebraic function, 31 |
arc length, 525, 633, 634, 652 |
|
alternating harmonic |
arc length contest, 532 |
bacterial growth, 591, 598 |
series, 711, 714 |
arc length formula, 526 |
Barrow, Isaac, 4, 153, 380 |
alternating series, 710 |
arc length function, 528 |
baseball and calculus, 601 |
Alternating Series Estimation |
area, 3, 355 |
base of a cylinder, 422 |
Theorem, 712 |
of a circle, 469 |
base of logarithm, 63, 428, A53 |
Alternating Series Test, 711 |
under a curve, 355, 360, 365 |
change of, 66 |
analytic geometry, A10 |
between curves, 415, 418 |
Bernoulli, James, 580, 607 |
angle, A24 |
of an ellipse, 469 |
Bernoulli, John, 307, 580 |
between curves, 268 |
by exhaustion, 3 |
Bernoulli differential |
of deviation, 279 |
under a parametric curve, 632 |
equation, 607 |
negative, A25 |
in polar coordinates, 639 |
Bessel, Friedrich, 724 |
positive, A25 |
of a sector of a circle, 650 |
Bessel function, 674, 724 |
standard position, A25 |
surface, 635 |
Bézier, Pierre, 639 |
antiderivative, 340 |
of a surface of a revolution, 532, 538 |
Bézier curves, 624, 639 |
antidifferentiation formulas, 351 ? |
area function, 379 |
binomial series, 742, 748 |
aphelion, 667 |
Area Problem, 3, 355 |
Binomial Theorem, 772 |
apolune, 661 |
argument of a complex number, A57 |
discovery by Newton, 748 |
approach path of an aircraft, 206 |
arithmetic-geometric mean, 686 |
blackbody radiation, 757 |
approximate integration, 495 |
arrow diagram, 12 |
blood flow, 227, 332, 551 |
approximating cylinder, 424 |
astroid, 213, 629 |
bounded sequence, 682 |
approximating surface, 532 |
asymptote, 308 |
Boyle’s Law, 221, 246 |
approximation |
horizontal, 132, 308 |
brachistochrone problem, 625 |
by differentials, 250 |
of a hyperbola, 658, A20 |
branches of hyperbola, 629, A20 |
to e, 179 |
slant, 312 |
Buffon’s needle problem, 565 |
linear, 247 |
vertical, 95, 308 |
bullet-nose curve, 51, 204 |
A113
A114 |||| INDEX |
|
|
cable (hanging), 255 |
division of, A55, A58 |
convergent series, 688 |
calculator, graphing, 46, 315, 624, 646 |
equality of, A55 |
properties of, 693 |
calculus, 9 |
imaginary part of, A55 |
coordinate(s), A2 |
invention of, 399 |
modulus of, A56 |
Cartesian, A11 |
cancellation equations, 62 |
multiplication of, A55, A58 |
polar, 639 |
for inverse trigonometric functions, 67 |
polar form, A57 |
rectangular, A11 |
for logarithms, 64 |
powers of, A59 |
coordinate axes, A11 |
cans, manufacturing, 333 |
principal square root of, A56 |
Cornu’s spiral, 637 |
Cantor, Georg, 696 |
real part of, A46 |
cosine function, A26 |
Cantor set, 696 |
roots of, A60 |
derivative, 192 |
capital formation, 554 |
composition of functions, 41, 197 |
graph, 33, A31 |
cardiac output, 552 |
continuity of, 125 |
power series, 740 |
cardioid, 213, 643 |
derivative of, 199 |
cost function, 228, 327 |
carrying capacity, 233, 568 |
compound interest, 238, 306, 618 |
critical number, 274 |
Cartesian coordinate system, A11 |
compressibility, 225 |
cross-section, 422 |
Cartesian plane, A11 |
computer algebra system, 91, 624 |
cubic function, 28 |
Cassini, Giovanni, 649 |
for graphing sequences, 680 |
current, 201 |
catenary, 255 |
for integration, 491 |
curvature, 638 |
Cauchy, Augustin-Louis, 113, A45 |
computer, graphing with, 46, 315, 646 |
curve(s) |
Cauchy’s Mean Value Theorem, A45 |
concavity, 291 |
asymptotic, 315 |
Cavalieri’s Principle, 432 |
Concavity Test, 291, A44 |
Bézier, 624, 639 |
center of gravity, 542 |
concentration, 224 |
bullet-nose, 51, 204 |
center of mass, 542 |
conchoid, 626, 648 |
Devil’s, 213 |
centroid of a plane region, 543 |
conditionally convergent series, 715 |
length of, 525 |
Chain Rule, 197 |
cone, 431 |
orthogonal, 214 |
change of base, 66 |
conic section, 654, 662 |
parametric, 621 |
change of variables in |
directrix, 662 |
polar, 641 |
integration, 401 |
eccentricity, 662 |
smooth, 525 |
charge, 224 |
focus, 662 |
swallowtail catastrophe, 629 |
chemical reaction, 224 |
polar equation, 663 |
curve fitting, 25 |
circle, A16 |
shifted, 659, A21 |
curve-sketching procedure, 308 |
area of, 469 |
conjugates, properties of, A56 |
cusp, 626 |
circular cylinder, 422 |
constant function, 173 |
cycloid, 624 |
cissoid, 629, 648 |
Constant Multiple Law of limits, 100 |
cylinder, 422 |
closed interval, A3 |
Constant Multiple Rule, 176 |
cylindrical shell, 433 |
Closed Interval Method, 275 |
consumer surplus, 550 |
|
cochleoid, 670 |
continued fraction expansion, 686 |
decay, law of natural, 236 |
coefficient |
continuity |
decay, radioactive, 236 |
of friction, 196, 278 |
of a function, 119 |
decreasing function, 20 |
of inequality, 399 |
on an interval, 121 |
decreasing sequence, 681 |
of a polynomial, 28 |
from the left, 121 |
definite integral, 366 |
of a power series, 723 |
from the right, 121 |
properties of, 373 |
combinations of functions, 41 |
continuous compounding of |
Substitution Rule for, 404 |
comets, orbits of, 668 |
interest, 306, 618 |
definite integration |
comparison properties of the |
continuous random variable, 555 |
by parts, 456 |
integral, 375 |
convergence |
by substitution, 404 |
Comparison Test, 514, 706 |
absolute, 714 |
degree of a polynomial, 28 |
comparison tests for series, 705 |
conditional, 715 |
delta ( ) notation, 148 |
Comparison Theorem for |
of an improper integral, 509, 512 |
demand curve, 327, 550 |
integrals, 514 |
interval of, 725 |
demand function, 327, 550 |
Completeness Axiom, 682 |
radius of, 725 |
De Moivre, Abraham, A59 |
complex conjugate, A55 |
of a sequence, 677 |
De Moivre’s Theorem, A59 |
complex exponentials, A57 |
of a series, 688 |
density |
complex number(s), A55 |
convergent improper integral, 509, 512 |
linear, 223 |
argument of, A57 |
convergent sequence, 677 |
liquid, 540 |
|
|
INDEX |||| A115 |
dependent variable, 12 |
directrix, 655, 662 |
logistic differential, 568, 600 |
derivative(s), 143,154 |
discontinuity, 119, 120 |
Lotka-Volterra, 609 |
of a composite function, 199 |
discontinuous function, 119 |
nth-degree, 210 |
of a constant function, 173 |
discontinuous integrand, 511 |
of a parabola, A18 |
domain of, 154 |
disk method, 424 |
parametric, 631 |
of exponential functions, 180, 201, |
dispersion, 280 |
point-slope, 19, A12 |
A51, A53 |
displacement, 145, 395 |
polar, 641 |
as a function, 154 |
distance |
predator-prey, 609 |
higher, 160 |
between points in a plane, A11 |
second-degree, A16 |
of hyperbolic functions, 254 |
between real numbers, A7 |
slope-intercept, A13 |
of an integral, 380 |
distance formula, A12 |
two-intercept form, A16 |
of an inverse function, 212 |
distance problem, 362 |
equilateral hyperbola, A21 |
of inverse trigonometric func- |
divergence |
equilibrium point, 610 |
tions, 211, 213 |
of an improper integral, 509, 512 |
equilibrium position, 196 |
left-hand, 165 |
of an infinite series, 688 |
equilibrium solution, 568, 609 |
of logarithmic functions, 215, A49, A54 |
of a sequence, 677 |
error |
notation, 157 |
Test for, 692 |
in approximate integration, 521 |
of a power function, 174 |
divergent improper integral, 509, 512 |
percentage, 251 |
of a power series, 729 |
divergent sequence, 677 |
relative, 251 |
of a product, 183, 184 |
divergent series, 688 |
in Taylor approximation, 749 |
of a quotient, 185 |
division of power series, 745 |
error bounds, 499, 503 |
as a rate of change, 148 |
domain of a function, 11 |
error estimate |
right-hand, 165 |
double-angle formulas, A29 |
for alternating series, 712 |
second, 160 |
drumhead, vibration of, 724 |
for the Midpoint Rule, 521 |
as the slope of a tangent, 146 |
dye dilution method, 552 |
for Simpson’s Rule, 525 |
third, 161 |
|
for the Trapezoidal Rule, 521 |
of trigonometric functions, 189, 193 |
e (the number), 56, 179, A50 |
escape velocity, 539 |
Descartes, René, A11 |
as a limit, 219 |
estimate of the sum of a series, 700, 708, |
descent of aircraft, determining |
eccentricity, 662 |
712, 717 |
start of, 206 |
electric circuit, 605 |
Eudoxus, 3 |
Devil’s curve, 213 |
to a flash bulb, 84, 205 |
Euler’s constant, 704 |
Difference Law of limits, 100 |
elementary function, 487 |
Euler’s formula, A61 |
Difference Rule, 177 |
ellipse, 213, 656, 662, A19 |
Euler’s Method, 575 |
differentiable function, 157 |
area, 491 |
even function, 19, 308 |
differential, 250 |
directrix, 662 |
exponential decay, 591 |
differential equation, 234, 342, 566, 569 |
eccentricity, 662 |
exponential function(s), 33, 92, 180 |
autonomous, 575 |
foci, 656, 662 |
with base a, A53 |
Bernoulli, 607 |
major axis, 667, 657 |
derivatives of, 180, 201, A51, A53 |
first-order, 580 |
polar equation, 663 |
graphs of, 53, 180 |
general solution of, 569 |
reflection property, 658 |
integration of, 370, 385, 400 |
linear, 602 |
rotated, 214 |
limits of, 137, A51 |
logistic, 592, 687 |
vertices, 666, 657 |
power series for, 736 |
order of, 569 |
empirical model, 25 |
properties of, A51 |
second-order, 569 |
end behavior of a function, 142 |
exponential graph, 53 |
separable, 580 |
endpoint extreme values, 272 |
exponential growth, 591 |
solution of, 569 |
epicycloid, 630 |
exponents, laws of, 54, A51, A53 |
differentiation, 157 |
equation(s) |
extrapolation, 27 |
formulas for, 187, RP5 |
of a circle, A17 |
extreme value, 271 |
implicit, 207, 208 |
differential (see Differential equation) |
Extreme Value Theorem, 272 |
logarithmic, 217 |
of an ellipse, A19 |
|
of a power series, 729 |
of a graph, A10, A16 |
family of functions, 50, 320 |
term by term, 729 |
of a hyperbola, A20 |
family of hypocycloids, 629 |
differentiation operator, 157 |
of a line, A12, A13, A14, A16 |
family of solutions, 568 |
Direct Substitution Property, 102 |
linear, A14 |
fat circles, 211, 531 |
direction field, 572, 573, 600 |
logistic, 568 |
Fermat, Pierre, 4, 153, 273 |
A116 |||| INDEX |
|
|
Fermat’s Principle, 331 |
Gompertz, 600 |
geometric series, 688 |
Fermat’s Theorem, 273 |
graph of, 12 |
Gompertz function, 600 |
Fibonacci, 686 |
greatest integer, 105 |
Gourdon, Xavier, 739 |
Fibonacci sequence, 676 |
Heaviside, 45, 92 |
graph(s) |
First Derivative Test, 288 |
hyperbolic, 254 |
of an equation, A10, A16 |
for Absolute Extreme Values, 324 |
implicit, 207 |
of exponential functions, 53 |
first-order linear differential equation, 602 |
increasing, 20 |
of a function, 12 |
fixed point of a function, 171, 286 |
inverse, 61 |
of logarithmic functions, 66 |
flash bulb, current to, 84 |
inverse hyperbolic, 254 |
of a parametric curve, 632 |
flux, 551, 552 |
inverse trigonometric, 67, 68 |
polar, 641, 646 |
FM synthesis, 318 |
limit of, 88, 110 |
of power functions, 30, RP3 |
focus |
linear, 24 |
of trignometric functions, A30, RP2 |
of a conic section, 662 |
logarithmic, 34, 63, A48, A53 |
graphing calculator, 46, 315, 624, 646 |
of an ellipse, 656, 662 |
machine diagram of, 12 |
gravitational acceleration, 438 |
of a hyperbola, 658 |
marginal cost, 229, 327 |
gravitation law, 442 |
of a parabola, 655 |
marginal profit, 327 |
greatest integer function, 105 |
folium of Descartes, 208, 672 |
marginal revenue, 327 |
Gregory, James, 732 |
force, 438 |
natural logarithmic, 64 |
Gregory’s series, 732 |
exerted by fluid, 540 |
nondifferentiable, 60 |
growth, law of natural, 234, 591 |
Fourier, Joseph, 230 |
odd, 19, 308 |
growth rate, 226 |
Fourier sequence, 467 |
one-to-one, 60 |
relative, 234 |
four-leaved rose, 643 |
periodic, 308 |
|
fractions (partial), 473, 474 |
piecewise defined, 17 |
half-angle formulas, A29 |
Fresnel, Augustin, 383 |
polynomial, 28 |
half-life, 236 |
Fresnel function, 383 |
position, 145 |
hare-lynx system, 612 |
frustum |
power, 29, 173 |
harmonic series, 791 |
of a cone, 431 |
profit, 327 |
Heaviside, Oliver, 92 |
of a pyramid, 432 |
quadratic, 28 |
Heaviside function, 45, 92 |
function(s), 12 |
ramp, 45 |
Hecht, Eugene, 250, 754 |
absolute value, 17 |
range of, 11 |
height of a rocket 459 |
algebraic, 31 |
rational, 31, 473 |
higher derivatives, 160 |
arc length, 528 |
reciprocal, 31 |
Hooke’s Law, 439 |
arrow diagram of, 12 |
reflected, 38 |
horizontal asymptote, 132 |
average cost, 330 |
representation as a power series, 728 |
horizontal line, A13 |
average value of, 433, 557 |
representations of, 11, 13 |
Horizontal Line Test, 60 |
Bessel, 674, 724 |
revenue, 327 |
Hubble Space Telescope, 276 |
combinations of, 41 |
root, 30 |
Huygens, 625 |
composite, 41, 197 |
shifted, 37 |
hydrostatic pressure and force, 539 |
constant, 173 |
sine integral, 389 |
hyperbola, 213, 658, 662, A20 |
continuous, 119 |
step, 18 |
asymptotes, 629, A20 |
cost, 228, 327 |
stretched, 38 |
branches, 629, A20 |
cubic, 28 |
transcendental, 34 |
directrix, 662 |
decreasing, 20 |
transformation of, 37, 38 |
eccentricity, 662 |
demand, 327 |
translation of, 38 |
equation, 658, A20 |
derivative of, 146 |
trigonometric, 32, A26 |
equilateral, A21 |
differentiable, 157 |
value of, 12 |
foci, 658, 662 |
discontinuous, 119 |
Fundamental Theorem of Calculus, 381, |
polar equation, 663 |
domain of, 11 |
384, 387 |
reflection property, 662 |
elementary, 487 |
|
vertices, 658 |
even, 19, 308 |
G (gravitational constant), 231, 442 |
hyperbolic function(s), 254 |
exponential, 33, 52, 180 |
Gabriel’s horn, 537 |
derivatives, 254 |
extreme values of, 271 |
Galileo, 625, 633 |
inverse, 257, 258 |
family of, 50, 320 |
Galois, Evariste, 210 |
hyperbolic identities, 255 |
fixed point of, 171, 286 |
Gause, G. F., 596 |
hyperbolic substitution, 471 |
Fresnel, 397 |
Gauss, Karl Friedrich, A35 |
hypocycloid, 629 |
|
|
INDEX |||| A117 |
i (imaginary number), A46 |
of exponential functions, 370, 385, 400 |
slope of, A12 |
I/D Test, 287 |
formulas, 452, 484, RP6–10 |
tangent, 4, 83, 144 |
ideal gas law, 233 |
indefinite, 391 |
liquid force, 539, 540 |
implicit differentiation, 207, 208 |
limits of, 366 |
Lissajous figure, 673 |
implicit function, 207 |
numerical, 496 |
lithotripsy, 658 |
improper integral, 508 |
by partial fractions, 473 |
local maximum and minimum, 271 |
impulse of a force, 601 |
left-hand derivative, 165 |
logarithm(s), 34, 63 |
Increasing/Decreasing Test, 287 |
left-hand limit, 192, 113 |
laws of, 64, A49 |
increasing function, 20 |
Leibniz, Gottfried Wilhelm, 4, 157, 399, |
natural, 64, A48 |
increasing sequence, 681 |
580, 748 |
notation for, 64 |
increment, 147 |
Leibniz notation, 157 |
logarithmic differentiation, 217 |
indefinite integrals, 392 |
lemniscate, 213 |
logarithmic function(s), 34, 63 |
table of, 392 |
length |
with base a, A53 |
independent variable, 11 |
of a curve, 325 |
derivatives of, 215, A49, A53 |
indeterminate difference, 298 |
of a line segment, A7, A12 |
graphs of, 64, 66 |
indeterminate forms of limits, 298 |
of a parametric curve, 635 |
integration of, 218 |
indeterminate product, 302 |
of a polar curve, 652 |
limits of, 101, A50 |
indeterminate power, 303 |
l’Hospital, Marquis de, 299, 307 |
properties of, 68, A49 |
index of summation, A34 |
l’Hospital’s Rule, 299, 307 |
logistic difference equation, 687 |
inequalities, rules for, A4 |
origins of, 307 |
logistic differential equation, 568, 592 |
infinite discontinuity, 120 |
libration point, 340 |
logistic model, 600 |
infinite interval, 530, 531 |
limaçon, 647 |
logistic sequence, 687 |
infinite limit, 94, 116, 136 |
Limit Comparison Test, 707 |
LORAN system, 661 |
infinite sequence (see Sequence) |
Limit Laws, 99, A39 |
Lotka-Volterra equations, 609 |
infinite series (see Series) |
Limit Laws for sequences, 778 |
|
inflection point, 219 |
limit(s), 3 |
machine diagram of a function, 12 |
initial condition, 570 |
calculating, 99 |
Maclaurin, Colin, 736 |
initial point of a parametric curve, 662 |
of exponential functions, 136, 137 |
Maclaurin series, 734, 736 |
initial-value problem, 570 |
of a function, 88, 110 |
table of, 741 |
instantaneous rate of change, 85, 148, |
infinite, 94, 116, 136 |
major axis of ellipse, 657 |
148, 221 |
at infinity, 130, 131, 137 |
marginal cost function, 228, 327 |
instantaneous rate of growth, 221 |
of integration, 366 |
marginal profit function, 327 |
instantaneous rate of reaction, 225 |
left-hand, 93, 113 |
marginal propensity to consume |
instantaneous velocity, 85, 145, 221 |
one-sided, 93, 113 |
or save, 695 |
integer, A2 |
precise definitions, 109, 113, 116, 138, |
marginal revenue function, 327 |
integral(s) |
140 |
mass, center of, 542 |
approximations to, 372 |
properties of, 99 |
mathematical induction, 695 |
change of variables in, 400 |
right-hand, 93, 163 |
principle of, 77 |
comparison properties of, 375 |
of a sequence, 6, 359, 677 |
mathematical model, 14, 24 |
definite, 366 |
of a trigonometric function, 190 |
maximum and minimum values, 271 |
derivative of, 401 |
linear approximation, 246 |
mean life of an atom, 517 |
evaluating, 369 |
linear density, 223 |
mean of a probability density |
improper, 508 |
linear differential equation, 602 |
function, 557 |
indefinite, 391 |
linear equation, A14 |
Mean Value Theorem, 282 |
patterns in, 494 |
linear function, 24 |
for integrals, 443 |
properties of, 373 |
linearization, 48 |
mean waiting time, 557 |
of symmetric functions, 405 |
linear model, 24 |
median of a probability density |
table of, 484, RP6–10 |
linear regression, 27 |
function, 558 |
units for, 396 |
line(s) in the plane, A12 |
method of cylindrical shells, 433 |
Integral Test, 697 |
equations of, A12, A13, A14 |
method of exhaustion, 3, 102 |
integrand, 366 |
horizontal, A13 |
method of least squares, 27 |
discontinuous, 511 |
normal, 181 |
midpoint formula, A16 |
integration, 366 |
parallel, A14 |
Midpoint Rule, 372, 496 |
approximate, 495 |
perpendicular, A14 |
error in using, 497 |
by computer algebra system, 491 |
secant, 4, 83 |
mixing problems, 584 |
A118 |||| INDEX |
|
|
modeling |
nondifferentiable function, 160 |
percentage error, 251 |
with differential equations, 567 |
normal distribution, 559 |
perihelion, 667 |
motion of a spring, 568 |
normal line, 181 |
perilune, 661 |
population growth, 55, 567, 591, 600, |
nth-degree equation, finding |
period, 308 |
597, 616 |
roots of, 210 |
periodic function, 308 |
vibration of membrane, 724 |
nth-degree Taylor polynomial, 254, 737 |
perpendicular lines, A14 |
model(s), mathematical, 24 |
number |
phase plane, 610 |
comparison of natural growth vs. logistic, |
complex, A55 |
phase portrait, 610 |
596 |
integer, A2 |
phase trajectory, 610 |
empirical, 25 |
irrational, A2 |
piecewise defined function, 17 |
exponential, 33 |
rational, A2 |
Planck’s Law, 757 |
Gompertz function, 600 |
real, A2 |
point of inflection, 291 |
linear, 24 |
numerical integration, 496 |
point-slope equation of a line, 18, A12 |
logarithmic, 34 |
|
Poiseuille, Jean-Louis-Marie, 227 |
polynomial, 28 |
odd function, 19, 308 |
Poiseuille’s Laws, 253, 332, 552 |
power function, 29 |
one-sided limits, 92, 113 |
polar axis, 639 |
predator-prey, 233, 609 |
one-to-one function, 60 |
polar coordinates, 639 |
rational function, 31 |
open interval, A3 |
polar equation(s), 639 |
seasonal growth, 600 |
optics |
of conics, 663 |
trigonometric, 32, 33 |
first-order, 754 |
graph of, 641 |
von Bertalanffy, 616 |
Gaussian, 7554 |
polar form of a complex number, A57 |
modulus, A56 |
third-order, 755 |
pole, 639 |
moment |
optimization problems, 271, 322 |
polynomial, 28 |
about an axis, 543 |
order of a differential equation, 569 |
population growth, 591 |
of a lamina, 543 |
ordered pair, A10 |
of bacteria, 227, 591, 598 |
of a mass, 543 |
Oresme, Nicole, 692 |
of fish, 599 |
of a system of particles, 543 |
origin, A2, A10 |
of insects, 483 |
momentum of an object, 601 |
orthogonal curves, 214 |
models, 567 |
monotonic sequence, 681 |
orthogonal trajectory, 214, 583 |
world, 55, 235 |
Monotonic Sequence Theorem, 683 |
ovals of Cassini, 649 |
position function, 145 |
movie theater seating, 446 |
|
positive angle, A25 |
multiplication of power series, 745 |
Pappus, Theorem of, 546 |
potential, 520 |
multiplier effect, 695 |
Pappus of Alexandria, 546 |
pound, 438 |
|
parabola, 655, 663, A18 |
power consumption, approximation of, 396 |
natural exponential function, 56, A50 |
axis, 655 |
power function, 29, 173 |
derivatives of, 180, A51 |
directrix, 655 |
Power Law of limits, 101 |
graph of, 180 |
equation, 656 |
Power Rule, 174, 218 |
properties of, A51 |
focus, 655, 662 |
power series, 723 |
natural growth law, 234, 591 |
polar equation, 663 |
coefficient of, 723 |
natural logarithm function, 64, A48 |
reflection property, 268, 269 |
differentiation of, 729 |
derivatives of, 215, A49 |
vertex, 655 |
division of, 745 |
limits of, 424 |
paradoxes of Zeno, 6, 7 |
integration of, 729 |
properties of, A49 |
parallelepiped, 422 |
interval of convergence, 725 |
negative angle, A25 |
parallel lines, A14 |
multiplication of, 745 |
net area, 367 |
parameter, 621 |
radius of convergence, 725 |
Net Change Theorem, 394 |
parametric curve, 621 |
representations of functions as, 728 |
net investment flow, 554 |
parametric equations, 621 |
predator, 608 |
Newton, Sir Isaac, 4, 9, 102, 153, 157, |
paraxial rays, 249 |
predator-prey model, 233, 609 |
380, 399, 748 |
partial fractions, 473, 474 |
pressure exerted by a fluid, 540 |
newton (unit of force), 438 |
partial integration, 453, 454 |
prey, 609 |
Newton’s Law of Cooling, 237 |
partial sum of a series, 688 |
prime notation, 146, 177 |
Newton’s Law of Gravitation, 231, 442 |
parts, integration by, 453, 454 |
principal square root of a complex |
Newton’s method, 334, 335 |
patterns in integrals, 494 |
number, A56 |
Newton’s Second Law, 438 |
pendulum, approximating the period |
principle of mathematical induction, 77, |
Nicomedes, 626 |
of, 249, 253 |
80, A36 |
probability density function, 555 for customer waiting time, 561
problem-solving principles, 76 producer surplus, 553
product formulas, A29 Product Law of limits, 100 Product Rule, 183
profit function, 327 projectile, 629 p-series, 699
quadrant, A11
quadratic approximation, 254 quadratic function, 28 Quotient Law of limits, 100 Quotient Rule, 185
radian measure, 189, A24 radiation from stars, 757 radioactive decay, 235 radiocarbon dating, 240 radius of convergence, 725
rainbow, formation and location of, 279 rainbow angle, 279
ramp function, 45 range of a function, 11 rate of change
average, 148, 221 derivative as, 148 instantaneous, 85, 148, 221
rate of growth, 226 rate of reaction, 225 rates, related, 241 rational function, 31
integration of, 473 rationalizing substitution, 481 rational number, A2
Ratio Test, 716 Rayleigh-Jeans Law, 757 real line, A3
real number, A2 rearrangement of a series, 719 reciprocal function, 31 Reciprocal Rule, 189
rectangular coordinate system, A11 rectilinear motion, 343
reduction formula, 457 reflecting a function, 38 reflection property
of an ellipse, 658 of a hyperbola, 662
of a parabola, 268, 269 region
under a graph, 355, 360 between two graphs, 415
related rates, 241 relative error, 251
relative growth rate, 234, 592 relative maximum and minimum, 271 remainder estimates
for the Alternating Series, 712 for the Comparison Test, 707 for the Integral Test, 701
for the Ratio Test, 716 remainder of the Taylor series, 737 removable discontinuity, 120 representations of functions, 11, 13 revenue function, 327
revolution, solid of, 427 revolution, surface of, 532 Riemann, Georg Bernhard, 367 Riemann sum(s), 367
right circular cylinder, 422 right-hand derivative, 165 right-hand limit, 92, 113 RMS voltage, 466
Roberval, Gilles de, 386, 633 Rolle, Michel, 280
roller coaster, design of, 182 Rolle’s Theorem, 280
root function, 30
roots of a complex number, A60 roots of an nth-degree equation, 210 Root Test, 714
rumors, rate of spread of, 230
sample point, 360 scatter plot, 14
seasonal growth model, 600 secant function, A26
derivative, 193 graph, A31
secant line, 4, 83 second derivative, 160
Second Derivative Test, 292 second-order differential
equation, 569 sector of a circle, 650 sensitivity, 233
separable differential equation, 580 sequence, 6, 675
bounded, 682 convergent, 677 decreasing, 681 divergent, 677 Fibonacci, 676 graph of, 681 increasing, 681 limit of, 6, 357, 677 monotonic, 681
INDEX |||| A119
of partial sums, 688 term of, 675
series, 7, 687
absolutely convergent, 714 alternating, 710
alternating harmonic, 711, 715 binomial, 742, 748
coefficient of, 723 conditionally convergent, 715 convergent, 688
divergent, 688 geometric, 688 Gregory’s, 732 harmonic, 691 infinite, 687 Maclaurin, 734, 736 p-, 699
partial sum of, 688 power, 723 rearrangement of, 719 strategy for testing, 721 sum of, 7, 688
Taylor, 734, 736 term of, 687 trigonometric, 723
set, A3 serpentine, 188 shell method, 433
shifted conics, 659, A21 shift of a function, 37 Sierpinski carpet, 696 sigma notation, 360, A34
simple harmonic motion, 205 Simpson, Thomas, 501, 502 Simpson’s Rule, 500, 502
error bounds for, 503 sine function, A26
derivative, 193 graph, 32, A31 power series, 740
sine integral function, 389 slant asymptote, 312 slope, A12
slope-intercept equation of a line, A13
slope field, 573 smooth curve, 525 smooth function, 525 Snell’s Law, 331 snowflake curve, 761 solid, 422
volume of, 423 solid of revolution, 427
rotated on a slant, 538 volume of, 430, 434, 538
A120 |||| INDEX
solution of predator-prey equations, 609
solution curve, 572 speed, 148
speedometer readings, interpretation of, 85
spherical zones, 564 spring constant, 439, 568
Squeeze Theorem, 105, A42 for sequences, 679
standard deviation, 559 stellar stereography, 539 step function, 18 strategy
for integration, 483, 484
for optimization problems, 322 for problem solving, 76
for related rates, 243 for testing series, 721
for trigonometric integrals, 462, 463 stretching a function, 38
strophoid, 653, 671 Substitution Rule, 400, 401, 404 subtraction formulas for sine
and cosine, A29
sum
of a geometric series, 689 of an infinite series, 688 of partial fractions, 474 Riemann, 367 telescoping, 791
Sum Law of limits, 100 summation notation, A34 Sum Rule, 177
supply function, 553 surface area, 534, 538
of a parametric surface, 635 surface of revolution, 532
area of, 534, 538
swallowtail catastrophe curve, 629 symmetric functions, integrals of, 405 symmetry, 19, 308, 405
in polar graphs, 644 symmetry principle, 543
table of differentiation formulas, 187, RP5
tables of integrals, 484, RP6–10 use of, 489
tangent function, A26 derivative, 192 graph, 33, A31
tangent line(s), 143
to a curve, 4, 88, 144
early methods of finding, 153
to a parametric curve, 630, 631 to a polar curve, 644
tangent line approximation, 247 tangent problem, 4, 83, 144 tautochrone problem, 625 Taylor, Brook, 736
Taylor polynomial, 254, 737, 749 Taylor series, 734, 736
Taylor’s Inequality, 737
techniques of integration, summary, 484 telescoping sum, 691
term of a sequence, 675 term of a series, 687
terminal point of a curve, 622 terminal velocity, 587 term-by-term differentiation and
integration, 729
tests for convergence and divergence of series
Alternating Series Test, 710 Comparison Test, 705 Integral Test, 697
Limit Comparison Test, 707 Ratio Test, 716
Root Test, 714 summary of tests, 721 Test for Divergence, 692
third derivative, 161 Torricelli, Evangelista, 633 Torricelli’s Law, 231 torus, 432, 473
total fertility rate, 169 transcendental function, 34 transformation of a function, 37 translation of a function, 38 Trapezoidal Rule, 497
error in, 497 Triangle Inequality, A8
trigonometric functions, 32, A26 derivatives of, 189, 193 graphs of, A30
integrals of, 460 inverse, 67 limits of, 190
trigonometric identities, A28 trigonometric integrals, 460
strategy for evaluating, 462, 463 trigonometric series, 723 trigonometric substitutions, 467
table of, 467 trochoid, 628
Tschirnhausen cubic, 214, 421
ultraviolet catastrophe, 757 union of sets, A3
value of a function, 11 variable
dependent, 11 independent, 11
variables, change of, 401 vascular branching, 332 velocity, 4, 83, 145, 221
average, 5, 86, 145, 221 instantaneous, 86, 145, 221
velocity gradient, 228 velocity problem, 85, 145 Verhulst, 568
vertex of a parabola, 655 vertical asymptote, 95, 308 Vertical Line Test, 16 vertical tangent line, 159
vertical translation of a graph, 37 vertices
of an ellipse, 656, 657 of a hyperbola, 658
vibration of a rubber membrane, model of, 724
viewing rectangle, 46 volume, 423
by cross-sections, 422 by cylindrical shells, 433 by disks, 424, 425
of a solid, 422
of a solid of revolution, 427, 538 of a solid on a slant, 538
by washers, 426, 427 Volterra, Vito, 609
Von Bertalanffy model, 616
Wallis, John, 4 Wallis product, 459 washer method, 426 Weierstrass, Karl, 482 weight, 438
witch of Maria Agnesi, 188 work, 438
Wren, Sir Christopher, 635
x-axis, A10
x-coordinate, A10
x-intercept, A19
y-axis, A10
y-coordinate, A10
y-intercept, A19
Zeno, 6
Zeno’s paradoxes, 6, 7 zone of a sphere, 538