ALEKS 360 for Precalculus - 1st Edition - by Julie Miller, Donna Gerken - ISBN 9781259723315

ALEKS 360 for Precalculus
1st Edition
Julie Miller, Donna Gerken
Publisher: Mcgraw-hill Higher Education (us)
ISBN: 9781259723315

Solutions for ALEKS 360 for Precalculus

Chapter

Section

Problem 1SP:

a. Write the set representation by the graph interval notation and set builder notation. b. Given...

Problem 2SP

Problem 3SP

Problem 4SP:

Use the definition of absolute value to rewrite each expression without absolute value bars....

Problem 5SP:

Write an absolute value expression that represents the distance between 9 and 2 on the number line....

Problem 6SP:

Simplify.502[121+3(13)2]

Problem 7SP:

Simplify.123(5x2y)+5(3x)y

Problem 8SP:

a. The sale price S on a lawn mower is the difference of the original price P and the amount of...

Problem 1PE:

A(n) is a collection of items collection of items called elements.

Problem 2PE:

Z=,3,2,1,0,1,2,3, is called the set of .

Problem 3PE:

R is the notation used to denote the set of .

Problem 4PE:

A(n) number is a real number that cannot be expression as a ratio of two integers.

Problem 5PE:

Write an absolute value expression to represent the distance between a and b on the real number...

Problem 6PE:

The properties of addition and multiplication indicate that the order in which two real number are...

Problem 7PE:

The associative property of addition indicates that a+b+c= and the associative property of...

Problem 8PE:

The statement ab+c=ab+ac represents the property of multiplication over addition.

Problem 9PE:

For Exercises 9-10, write an English sentence to represent the algebraic statement. a.3Nb.3.1W

Problem 10PE:

For Exercises 9-10, write an English sentence to represent the algebraic statement. a.25Qb.Q

Problem 11PE:

For exercise 11-12, determine whether the statement is true or false. a.5Nb.5Wc.5Zd.5Q

Problem 12PE:

For exercise 11-12, determine whether the statement is true or false. a.13Nb.13Wc.13Zd.13Q

Problem 13PE:

For Exercise 13-18, write each statement as an inequality. a is at least 5.

Problem 14PE:

For Exercise 13-18, write each statement as an inequality. b is at most 6 .

Problem 15PE:

For Exercises 13-18, write each statement as an inequality. 3c is no more than 9.

Problem 16PE:

For Exercise 13-18, write each statement as an inequality. 8d is no less than 16.

Problem 17PE:

For Exercise 13-18, write each statement as an inequality. The quantity (m+4) exceed 70

Problem 18PE:

For Exercise 13-18, write each statement as an inequality. The quantity n7 is approximately equal to...

Problem 28PE:

For Exercise 25-30, graph the given set and write down the corresponding interval notation. (See...

Problem 29PE

Problem 30PE

Problem 31PE:

For Exercises 31-36 interval notation is given for several sets of real numbers. Graph the set and...

Problem 32PE:

For Exercises 31-36 interval notation is given for several sets of real numbers. Graph the set and...

Problem 33PE

Problem 34PE:

For Exercises 31-36 interval notation is given for several sets of real numbers. Graph the set and...

Problem 35PE:

For Exercises 31-36 interval notation is given for several sets of real numbers. Graph the set and...

Problem 36PE:

For Exercises 31-36 interval notation is given for several sets of real numbers. Graph the set and...

Problem 41PE:

Refer to sets, C D, and F and find the union or intersection of sets as indicated. Write the answers...

Problem 42PE

Problem 43PE:

For Exercises 4 3-46, find the union or intersection of the given intervals. Write the answer, in...

Problem 44PE:

For Exercises 4 3-46, find the union or intersection of the given intervals. Write the answer, in...

Problem 45PE:

For Exercises 4 3-46, find the union or intersection of the given intervals. Write the answer, in...

Problem 46PE:

For Exercises 4 3-46, find the union or intersection of the given intervals. Write the answer, in...

Problem 47PE:

For Exercises 47- 58 simplify each expression by writing the expression without absolute value bars....

Problem 48PE:

For Exercises 47- 58 simplify each expression by writing the expression without absolute value bars....

Problem 49PE:

For Exercises 47-58 simplify each expression by writing the expression without absolute value bars....

Problem 50PE

Problem 51PE:

For Exercises 47- 58 simplify each expression by writing the expression without absolute value bars....

Problem 52PE:

For Exercises 47-58 simplify each expression by writing the expression without absolute value bars....

Problem 53PE:

For Exercises 47- 58 simplify each expression by writing the expression without absolute value bars....

Problem 54PE:

For Exercises 47- 58 simplify each expression by writing the expression without absolute value bars....

Problem 55PE:

For Exercises 47- 58 simplify each expression by writing the expression without absolute value bars....

Problem 56PE:

For Exercises 47- 58 simplify each expression by writing the expression without absolute value bars....

Problem 57PE:

For Exercises 47- 58 simplify each expression by writing the expression without absolute value bars....

Problem 58PE

Problem 59PE:

For Exercises 59- 64, write an absolute value expression to represent the distance between the two...

Problem 60PE:

For Exercises 59- 64, write an absolute value expression to represent the distance between the two...

Problem 61PE:

For Exercises 59- 64, write an absolute value expression to represent the distance between the two...

Problem 62PE:

For Exercises 59- 64, write an absolute value expression to represent the distance between the two...

Problem 63PE:

For Exercises 59- 64, write an absolute value expression to represent the distance between the two...

Problem 64PE:

For Exercises 59- 64, write an absolute value expression to represent the distance between the two...

Problem 65PE:

For Exercises 65-78, simplify the expressions. (See Example 6) a.42b.(4)2c.42d.4e.4f.4

Problem 66PE:

For Exercises 65-78, simplify the expressions. (See Example 6) a.92b.(9)2c.92d.9e.9f.9

Problem 67PE:

For Exercises 65-78, simplify the expressions. (See Example 6) a.83b.83c.83d.100e.100f.100

Problem 68PE

Problem 69PE:

For Exercises 65-78, simplify the expressions. (See Example 6) 2012(36322)

Problem 70PE:

For Exercises 65-78, simplify the expressions. (See Example 6) 20022(6124)

Problem 71PE:

For Exercises 65-78, simplify the expressions. (See Example 6) 612+3[(16)218]

Problem 72PE:

For Exercises 65-78, simplify the expressions. (See Example 6) 546[(28)231)]

Problem 73PE:

For Exercises 65-78, simplify the expressions. (See Example 6) 4257102

Problem 74PE:

For Exercises 65-78, simplify the expressions. (See Example 6) 6132122

Problem 75PE:

For Exercises 65-78, simplify the expressions. (See Example 6) 9(6+378)25

Problem 76PE:

For Exercises 65-78, simplify the expressions. (See Example 6) 82(4+255)9

Problem 77PE

Problem 78PE:

For Exercises 65-78, simplify the expressions. (See Example 6) (49)2+22327+4+(12)4

Problem 79PE:

For Exercise 79-84, combine like terms. 14w33w3+w3

Problem 80PE

Problem 81PE:

For Exercise 79-84, combine like terms. 3.9x3y2.2xy3+5.1x3y4.7xy3

Problem 82PE:

For Exercise 79-84, combine like terms. 0.004m4n0.005m3n20.001m4n+0.007m3n2

Problem 83PE:

For Exercise 79-84, combine like terms. 13c7d+12cd725c7d2cd7

Problem 84PE:

For Exercise 79-84, combine like terms. 110yz434y4z+yz4+32y4z

Problem 85PE:

For Exercise 85-90, apply the distributive property (4x)

Problem 86PE

Problem 87PE:

For Exercise 85-90, apply the distributive property 8(3x2+2x1)

Problem 88PE

Problem 89PE

Problem 90PE:

For Exercise 85-90, apply the distributive property 34(12p5q8p4q26p3q)

Problem 91PE

Problem 92PE

Problem 93PE:

For Exercises 91-98, simplify each expression. (See Example 7) (4u8v)3(7u2v)+2v

Problem 94PE:

For Exercises 91-98, simplify each expression. (See Example 7) (10xz)2(8x4z)3x

Problem 95PE:

For Exercises 91-98, simplify each expression. (See Example 7) 124[(82v)+5(3w4v)]w

Problem 96PE:

For Exercises 91-98, simplify each expression. (See Example 7) 62[(9z6y)+8(yz)]11

Problem 97PE:

For Exercises 91-98, simplify each expression. (See Example 7) 2y21323(6y29)10+9

Problem 98PE:

For Exercises 91-98, simplify each expression. (See Example 7) 65t234(128t2)+5+11t2

Problem 99PE:

Jake is 1yr younger than Charlotte. a. Write a model for Jake's age J in terms of Charlotte's age C....

Problem 100PE:

For a recent NFL season, Aaron Rodgers had 9 more touchdown passes than Joe Flacco. a. Write a model...

Problem 101PE

Problem 102PE:

When Ms. Celano has excellent service at a restaurant, the amount she leaves for a tip tis at least...

Problem 103PE:

Suppose that an object is dropped from a height h. Its velocity v at impact with the ground is give...

Problem 104PE:

The height of a sunflower plant can be determined by the time t in weeks after the seed has...

Problem 105PE:

A power company charges one household S.0. 12 per kilo watt-hour (kWh) and $14.89 in monthly taxes....

Problem 106PE:

A utility company charges a base rate for water usage of 19.50 per month, plus $4.58 for every...

Problem 107PE:

The cost C(in)$ to rent an apartment is $640 per month, plus a $500 nonrefundable security deposit,...

Problem 108PE:

For a certain the cost Cin$ for taking class in first semester is $105 per credit-hour, $35 each...

Problem 109PE

Problem 110PE:

For Exercise 109-114, evaluate each expression for the given values of the variables....

Problem 111PE

Problem 112PE

Problem 113PE:

For Exercise 109-114, evaluate each expression for the given values of the variables....

Problem 114PE

Problem 115PE

Problem 116PE:

Under selected conditions, a sedan gets 22 mpg in city driving and 32 mpg for highway driving. The...

Problem 117PE:

When is a parenthesis used when writing interval notation?

Problem 118PE

Problem 119PE:

Explain the difference between the commutative property of addition and the associative property of...

Problem 120PE:

Explain why 0 has no multiplicative inverse.

Problem 121PE:

Problem 122PE:

Problem 123PE:

Problem 124PE:

Problem 125PE:

Problem 126PE:

Problem 127PE:

For Exercises 127- 130, determine the sign of the expression. Assume that, a, b and c are real...

Problem 128PE:

For Exercises 127- 130, determine the sign of the expression. Assume that, a, b and c are real...

Problem 129PE:

For Exercises 127- 130, determine the sign of the expression. Assume that, a, b and c are real...

Problem 130PE:

For Exercises 127- 130, determine the sign of the expression. Assume that, a, b and c are real...

Problem 137PE:

For Exercise 135-138, use a calculator to approximate the expression to 2 decimal places. 3+527

Problem 138PE:

For Exercise 135-138, use a calculator to approximate the expression to 2 decimal places. 6354

Browse All Chapters of This Textbook

Name: ALEKS 360 for Precalculus
Author: Julie Miller, Donna Gerken
ISBN: 9781259723315

Chapter R - Review Of Prerequisites Chapter R.1 - Sets And The Real Number Line Chapter R.2 - Exponents And Radicals Chapter R.3 - Polynomials And Factoring Chapter R.4 - Rational Expressions And More Operations On Radicals Chapter R.5 - Equations With Real Solutions Chapter R.6 - Complex Numbers And More Quadratic Equations Chapter R.7 - Applications Of Equations Chapter R.8 - Linear, Compound, And Absolute Value Inequalities Chapter 1 - Functions And Relations

Chapter 1.1 - The Rectangular Coordinate System And Graphing Utilities Chapter 1.2 - Circles Chapter 1.3 - Functions And Relations Chapter 1.4 - Linear Equations In Two Variables And Linear Functions Chapter 1.5 - Applications Of Linear Equations And Modeling Chapter 1.6 - Transformations Of Graphs Chapter 1.7 - Analyzing Graphs Of Functions And Piecewise-defined Functions Chapter 1.8 - Algebra Of Functions And Function Composition Chapter 2 - Polynomial And Rational Functions Chapter 2.1 - Quadratic Functions And Applications Chapter 2.2 - Introduction To Polynomial Functions Chapter 2.3 - Division Of Polynomials And The Remainder And Factor Theorems Chapter 2.4 - Zeros Of Polynomials Chapter 2.5 - Rational Functions Chapter 2.6 - Polynomial And Rational Inequalities Chapter 2.7 - Variation Chapter 3 - Exponential And Logarithmic Functions Chapter 3.1 - Inverse Functions Chapter 3.2 - Exponential Functions Chapter 3.3 - Logarithmic Functions Chapter 3.4 - Properties Of Logarithms Chapter 3.5 - Exponential And Logarithmic Equations And Applications Chapter 3.6 - Modeling With Exponential And Logarithmic Functions Chapter 4 - Trigonometric Functions Chapter 4.1 - Angles And Their Measure Chapter 4.2 - Trigonometric Functions Defined On The Unit Circle Chapter 4.3 - Right Triangle Trigonometry Chapter 4.4 - Trigonometric Functions Of Any Angle Chapter 4.5 - Graphs Of Sine And Cosine Functions Chapter 4.6 - Graphs Of Other Trigonometric Functions Chapter 4.7 - Inverse Trigonometric Functions Chapter 5 - Analytic Trigonometry Chapter 5.1 - Fundamental Trigonometric Identities Chapter 5.2 - Sum And Difference Formulas Chapter 5.3 - Double-angle, Power-reducing, And Half-angle Formulas Chapter 5.4 - Product-to-sum And Sum-to-product Formulas Chapter 5.5 - Trigonometric Equations Chapter 6 - Applications Of Trigonometric Functions Chapter 6.1 - Applications Of Right Triangles Chapter 6.2 - The Law Of Sines Chapter 6.3 - The Law Of Cosines Chapter 6.4 - Harmonic Motion Chapter 7 - Trigonometry Applied To Polar Coordinate Systems And Vectors Chapter 7.1 - Polar Coordinates Chapter 7.2 - Graphs Of Polar Equations Chapter 7.3 - Complex Numbers In Polar Form Chapter 7.4 - Vectors Chapter 7.5 - Dot Product Chapter 8 - Systems Of Equations And Inequalities Chapter 8.1 - Systems Of Linear Equations In Two Variables And Applications Chapter 8.2 - Systems Of Linear Equations In Three Variables And Applications Chapter 8.3 - Partial Fraction Decomposition Chapter 8.4 - Systems Of Nonlinear Equations In Two Variables Chapter 8.5 - Inequalities And Systems Of Inequalities In Two Variables Chapter 8.6 - Linear Programming Chapter 9 - Matrices And Determinants And Applications Chapter 9.1 - Solving Systems Of Linear Equations Using Matrices Chapter 9.2 - Inconsistent Systems And Dependent Equations Chapter 9.3 - Operations On Matrices Chapter 9.4 - Inverse Matrices And Matrix Equations Chapter 9.5 - Determinants And Cramer’s Rule Chapter 10 - Analytic Geometry Chapter 10.1 - The Ellipse Chapter 10.2 - The Hyperbola Chapter 10.3 - The Parabola Chapter 10.4 - Rotation Of Axes Chapter 10.5 - Polar Equations Of Conics Chapter 10.6 - Plane Curves And Parametric Equations Chapter 11 - Sequences, Series, Induction, And Probability Chapter 11.1 - Sequences And Series Chapter 11.2 - Arithmetic Sequences And Series Chapter 11.3 - Geometric Sequences And Series Chapter 11.4 - Mathematical Induction Chapter 11.5 - The Binomial Theorem Chapter 11.6 - Principles Of Counting Chapter 11.7 - Introduction To Probability

Sample Solutions for this Textbook

We offer sample solutions for ALEKS 360 for Precalculus homework problems. See examples below:

Chapter R, Problem 1RE Chapter 1, Problem 1RE Chapter 2, Problem 1RE Chapter 3, Problem 1RE Chapter 4, Problem 1RE Chapter 5, Problem 1RE Chapter 6, Problem 1RE Chapter 7, Problem 1RE Chapter 8, Problem 1RE

Chapter 9, Problem 1RE Chapter 10, Problem 1RE Chapter 11, Problem 1RE

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ALEKS 360 for Precalculus 1st Edition, Julie Miller

ALEKS 360 for Precalculus
1st Edition
Julie Miller, Donna Gerken
Publisher: Mcgraw-hill Higher Education (us)
ISBN: 9781259723315

View More Textbook Editions

Solutions for ALEKS 360 for Precalculus

Browse All Chapters of This Textbook

Sample Solutions for this Textbook

More Editions of This Book

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ALEKS 360 for Precalculus 1st Edition, Julie Miller

ALEKS 360 for Precalculus1st EditionJulie Miller, Donna Gerken Publisher: Mcgraw-hill Higher Education (us)ISBN: 9781259723315

View More Textbook Editions

Solutions for ALEKS 360 for Precalculus

Browse All Chapters of This Textbook

Sample Solutions for this Textbook

More Editions of This Book

Related Calculus Textbooks with Solutions

Homework Help by Math Subjects

ALEKS 360 for Precalculus
1st Edition
Julie Miller, Donna Gerken
Publisher: Mcgraw-hill Higher Education (us)
ISBN: 9781259723315