Name: Calculus with Applications Plus MyLab Math with Pearson eText -- Access Card Package (11th Edition) (Lial, Greenwell & Ritchey, The Applied Calculus & Finite Math Series)
Author: Margaret L. Lial, Raymond N. Greenwell, Nathan P. Ritchey
ISBN: 9780133886832

Chapter T - Prerequisite Skills Diagnostic Test Chapter R.1 - Polynomials Chapter R.2 - Factoring Chapter R.3 - Rational Expressions Chapter R.4 - Equations Chapter R.5 - Inequalities Chapter R.6 - Exponents Chapter R.7 - Radicals Chapter 1 - Linear Functions Chapter 1.1 - Slopes And Equations Of Lines

Chapter 1.2 - Linear Functions And Applications Chapter 1.3 - The Least Squares Line Chapter 2 - Nonlinear Functions Chapter 2.1 - Properties Of Functions Chapter 2.2 - Quadratic Functions; Translation And Reflection Chapter 2.3 - Polynomial And Rational Functions Chapter 2.4 - Exponential Functions Chapter 2.5 - Logarithmic Functions Chapter 2.6 - Applications: Growth And Decay; Mathematics Of Finance Chapter 3 - The Derivative Chapter 3.1 - Limits Chapter 3.2 - Continuity Chapter 3.3 - Rates Of Change Chapter 3.4 - Definition Of The Derivative Chapter 3.5 - Graphical Differentiation Chapter 4 - Calculating The Derivative Chapter 4.1 - Techniques For Finding Derivatives Chapter 4.2 - Derivatives Of Products And Quotients Chapter 4.3 - The Chain Rule Chapter 4.4 - Derivatives Of Exponential Functions Chapter 4.5 - Derivatives Of Logarithmic Functions Chapter 5 - Graphs And The Derivative Chapter 5.1 - Increasing And Decreasing Functions Chapter 5.2 - Relative Extrema Chapter 5.3 - Higher Derivatives, Concavity, And The Second Derivative Test Chapter 5.4 - Curve Sketching Chapter 6 - Applications Of The Derivative Chapter 6.1 - Absolute Extrema Chapter 6.2 - Applications Of Extrema Chapter 6.3 - Further Business Applications: Economic Lot Size; Economic Order Quantity; Elasticity Of Demand Chapter 6.4 - Implicit Differentiation Chapter 6.5 - Related Rates Chapter 6.6 - Differentials: Linear Approximation Chapter 7 - Integration Chapter 7.1 - Antiderivatives Chapter 7.2 - Substitution Chapter 7.3 - Area And The Definite Integral Chapter 7.4 - The Fundamental Theorem Of Calculus Chapter 7.5 - The Area Between Two Curves Chapter 7.6 - Numerical Integration Chapter 8 - Further Techniques And Applications Of Integration Chapter 8.1 - Integration By Parts Chapter 8.2 - Volume And Average Value Chapter 8.3 - Continuous Money Flow Chapter 8.4 - Improper Integrals Chapter 9 - Multivariable Calculus Chapter 9.1 - Functions Of Several Variables Chapter 9.2 - Partial Derivatives Chapter 9.3 - Maxima And Minima Chapter 9.4 - Lagrange Multipliers Chapter 9.5 - Total Differentials And Approximations Chapter 9.6 - Double Integrals Chapter 10 - Probability And Calculus Chapter 10.1 - Solutions Of Elementary And Separable Differential Equations Chapter 10.2 - Linear First-order Differential Equations Chapter 10.3 - Euler's Method Chapter 10.4 - Applications Of Differential Equations Chapter 11 - Probability And Calculus Chapter 11.1 - Continuous Probability Models Chapter 11.2 - Expected Value And Variance Of Continuous Random Variables Chapter 11.3 - Special Probability Density Functions Chapter 12 - Sequences And Series Chapter 12.1 - Geometric Sequences Chapter 12.2 - Annuities: An Application Of Sequences Chapter 12.3 - Taylor Polynomials Chapter 12.4 - Infinite Series Chapter 12.5 - Taylor Series Chapter 12.6 - Newton's Method Chapter 12.7 - L'hospital's Rule Chapter 13 - The Trigonometric Functions Chapter 13.1 - Definitions Of The Trigonometric Functions Chapter 13.2 - Derivatives Of Trigonometric Functions Chapter 13.3 - Integrals Of Trigonometric Functions

Sample Solutions for this Textbook

We offer sample solutions for Calculus with Applications Plus MyLab Math with Pearson eText -- Access Card Package (11th Edition) (Lial, Greenwell & Ritchey, The Applied Calculus & Finite Math Series) homework problems. See examples below:

Compute the percentage of 10 in 50 as follows. 1050=15=0.20 Convert the 0.20 to the percentage by...Given: The expression 28x9y5 . Definition used: Radicals: If n is an even natural number and a>0...A line can have only one slope, so its slope is unique. There is no possible to get more than one...A polynomial of degree one or less, including the zero polynomial is termed as the linear function....Rule used: Product rule: limx→a[f(x).g(x)]=[limx→af(x)].[limx→ag(x)]=A⋅B (The limit of a product is...The value of π is 227 , which is a constant. The constant rule in the rules of derivative states...Given: A critical number c is a number in the domain of a function f for which f′(c)=0 or f′(c) does...Let f(x) be a continuous function on the closed interval then the absolute extrema of f(x) might...Given: “The indefinite integral is another term for the family of all anti-derivatives of a...

The given statement is “integration by parts is used to evaluate the integral ∫01x2x3+1dx .”...Definition used: The graph of the equation ax+by+cz=d represented as a plane if a, b and c are not...The given statement is “To determine a particular solution to a differential equation, you first...A continuous random variable can take on any value in some interval of real numbers. Example:...The given statement is “In a geometric sequence, the ratio between any two consecutive terms is a...It is given that the function f(x)=cosx is periodic with a period of π. For a function to be...