ESSENTIAL CALCULUS LL2nd EditionStewart Publisher: CENGAGE CISBN: 9780357004227
ESSENTIAL CALCULUS LL
Solutions for ESSENTIAL CALCULUS LL
Problem 1ADT:
Evaluate each expression without using a calculator. (a) (3)4 (b) 34 (c) 34 (d) 523521 (e) (23)2 (f)...Problem 2ADT:
Simplify each expression. Write your answer without negative exponents.
(3a3b3)(4ab2)2
Problem 4ADT:
Factor each expression.
4x2 − 25
2x2 + 5x − 12
x3 − 3x2 − 4x + 12
x4 + 27x
3x3/2 − 9x1/2 +...Problem 5ADT:
Simplify the rational expression.
Problem 6ADT:
Rationalize the expression and simplify.
(a)
(b)
Problem 8ADT:
Solve the equation. (Find only the real solutions.)
x + 5 = 14 −x
x2 − x − 12 = 0
2x2 + 4x +1 =...Problem 9ADT:
Solve each inequality. Write your answer using interval notation.
−4 < 5 − 3x ≤ 17
x2 < 2x + 8
x(x −...Problem 10ADT:
State whether each equation is true or false.
Problem 1BDT:
Find an equation for the line that passes through the point (2, 5) and (a) has slope 3 (b) is...Problem 4BDT:
Let A(−7, 4) and B(5, −12) be points in the plane.
Find the slope of the line that contains A and...Problem 5BDT:
Sketch the region in the xy-plane defined by the equation or inequalities.
−1 ≤ y ≤ 3
| x | < 4 and...Problem 1CDT:
The graph of a function f is given at the left. (a) State the value of f(1). (b) Estimate the value...Problem 4CDT:
How are graphs of the functions obtained from the graph of f? (a) y = f(x) (b) y = 2f(x) 1 (c) y =...Problem 5CDT:
Without using a calculator, make a rough sketch of the graph.
y = x3
y = (x + 1)3
y = (x − 2)3 +...Problem 6CDT:
Let
Evaluate f(−2) and f(1).
Sketch the graph of f.
Problem 2DDT:
Convert from radians to degrees. (a) 5/6 (b) 2Problem 3DDT:
Find the length of an arc of a circle with radius 12 cm if the arc subtends a central angle of...Problem 7DDT:
Prove the identities.
tan θ sin θ + cos θ = sec θ
Browse All Chapters of This Textbook
Chapter T - Diagnostic TestsChapter 1 - Functions And LimitsChapter 1.1 - Functions And Their RepresentationChapter 1.2 - A Catalog Of Essential FunctionsChapter 1.3 - The Limit Of A FunctionChapter 1.4 - Calculating LimitsChapter 1.5 - ContinuityChapter 1.6 - Limits Involving InfinityChapter 2 - DerivativesChapter 2.1 - Derivatives And Rates Of Change
Chapter 2.2 - The Derivative As A FunctionChapter 2.3 - Basic Differentiation FormulasChapter 2.4 - The Product And Quotient RulesChapter 2.5 - The Chain RuleChapter 2.6 - Implicit DifferentiationChapter 2.7 - Related RatesChapter 2.8 - Linear Approximation And DifferentialsChapter 3 - Inverse Functions: Exponential, Logarithmic, And Inverse Trigonometric FunctionsChapter 3.1 - Exponential FunctionsChapter 3.2 - Inverse Functions And LogarithmsChapter 3.3 - Derivatives Of Logarithmic And Exponential FunctionsChapter 3.4 - Exponential Growth And DecayChapter 3.5 - Inverse Trigonometric FunctionsChapter 3.6 - Hyperbolic FunctionsChapter 3.7 - Indeterminate Forms And L'hospital's RuleChapter 4 - Applications Of DifferentiationChapter 4.1 - Maximum And Minimum ValuesChapter 4.2 - The Mean Value TheoremChapter 4.3 - Derivatives And The Shapes Of GraphsChapter 4.4 - Curve SketchingChapter 4.5 - Optimization ProblemChapter 4.6 - Newton's MethodChapter 4.7 - AntiderivativesChapter 5 - IntegralsChapter 5.1 - Areas And DistancesChapter 5.2 - The Definite IntegralChapter 5.3 - Evaluating Definite IntegralsChapter 5.4 - The Fundamental Theorem Of CalculusChapter 5.5 - The Substitution RuleChapter 6 - Techniques Of IntegrationChapter 6.1 - Integration By PartsChapter 6.2 - Trigonometric Integrals And SubstitutionChapter 6.3 - Partial FractionsChapter 6.4 - Integration With Tables And Computer Algebra SystemsChapter 6.5 - Approximate IntegrationChapter 6.6 - Improper IntegralsChapter 7 - Applications Of IntegrationChapter 7.1 - Areas Between CurvesChapter 7.2 - VolumesChapter 7.3 - Volumes By Cylindrical ShellsChapter 7.4 - Arc LengthChapter 7.5 - Area Of A Surface Of RevolutionChapter 7.6 - Applications To Physics And EngineeringChapter 7.7 - Differential EquationsChapter 8 - SeriesChapter 8.1 - SequencesChapter 8.2 - SeriesChapter 8.3 - The Integral And Comparison TestsChapter 8.4 - Other Convergence TestsChapter 8.5 - Power SeriesChapter 8.6 - Representing Functions As Power SeriesChapter 8.7 - Taylor And Maclaurin SeriesChapter 8.8 - Applications Of Taylor PolynomialsChapter 9 - Parametric Equations And Polar CoordinatesChapter 9.1 - Parametric CurvesChapter 9.2 - Calculus With Parametric CurvesChapter 9.3 - Polar CoordinatesChapter 9.4 - Areas And Lengths In Polar CoordinatesChapter 9.5 - Conic Sections In Polar CoordinatesChapter 10 - Vectors And The Geometry Of SpaceChapter 10.1 - Three-dimensional Coordinate SystemsChapter 10.2 - VectorsChapter 10.3 - The Dot ProductChapter 10.4 - The Cross ProductChapter 10.5 - Equations Of Lines And PlanesChapter 10.6 - Cylinders And Quadratic SurfacesChapter 10.7 - Vector Functions And Space CurvesChapter 10.8 - Arc Length And CurvatureChapter 10.9 - Motion In Space: Velocity And AccelerationChapter 11 - Partial DerivativesChapter 11.1 - Functions Of Several VariablesChapter 11.2 - Limits And ContinuityChapter 11.3 - Partial DerivativesChapter 11.4 - Tangent Planes And Linear ApproximationsChapter 11.5 - The Chain RuleChapter 11.6 - Directional Derivatives And The Gradient VectorChapter 11.7 - Maximum And Minimum ValuesChapter 11.8 - Lagrange MultipliersChapter 12 - Multiple IntegralsChapter 12.1 - Double Integrals Over RectanglesChapter 12.2 - Double Integrals Over General RegionsChapter 12.3 - Double Integrals In Polar CoordinatesChapter 12.4 - Applications Of Double IntegralsChapter 12.5 - Triple IntegralsChapter 12.6 - Triple Integrals In Cylindrical CoordinatesChapter 12.7 - Triple Integrals In Spherical CoordinatesChapter 12.8 - Change Of Variables In Multiple IntegralsChapter 13 - Vector CalculusChapter 13.1 - Vector FieldsChapter 13.2 - Line IntegralsChapter 13.3 - The Fundamental Theorem For Line IntegralsChapter 13.4 - Green's TheoremChapter 13.5 - Curl And DivergenceChapter 13.6 - Parametric Surfaces And Their AreasChapter 13.7 - Surface IntegralsChapter 13.8 - Stokes' TheoremChapter 13.9 - The Divergence TheoremChapter A - TrigonometryChapter B - Sigma NotationChapter C - The Logarithm Defined As An Integral
Sample Solutions for this Textbook
We offer sample solutions for ESSENTIAL CALCULUS LL homework problems. See examples below:
Chapter T, Problem 1ADTA function f is defined as a ordered pair (x,f(x)) such that x and f(x) are related by a definite...Result used: Derivative rule: Let I be an interval, c∈I, and f:I→ℝ then f′(c)=limx→cf(x)−f(c)x−c...One to one function: When a function does not takes the same value twice, then the function is...Given: Distance between the point P from the track =1 Calculation: Two runners start at the point S...The Riemann sum of a function f is the method to find the total area underneath a curve. The area...Explanation to state the rule for integration by parts: The rule that corresponds to the Product...Consider the two curves y=f(x) and y=g(x). Here, the top curve function is f(x) and the bottom curve...Definition: If a sequence {an} has a limit l, then the sequence is convergent sequence, which can be...
The parametric curve is defined as the set of points (x,y) of the form x=f(t) and y=g(t), where...The difference between a vector and a scalar is explained in Table 1. Table 1 S No. Vector Scalar 1...Let the function be f(x,y) . The function of two variables is assigned by a two real numbers in ℝ2...Given that the continuous function f is defined on a rectangle R=[a,b]×[c,d]. The double integral of...Refer to Figure 1 in the textbook for the velocity vector fields showing San Francisco Bay wind...Formula used: The relation between degrees and radians is given by, π rad=180°. Calculation: Re...Definition used: If am,am+1,⋯,an are real numbers and m and n are integers such that m≤n, then...Definition used: The natural logarithmic function is the function defined by lnx=∫1x1tdt,x>0. If...
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