Exam Applied-Algebra Vce Format, Applied-Algebra Valid Test Forum

P.S. Free & New Applied-Algebra dumps are available on Google Drive shared by NewPassLeader: https://drive.google.com/open?id=1gBXE-NhQrOI_B07LplVlgGoJ0lMyegPf

You can enter the company you want and improve your salary if you have the certification for this field. Applied-Algebra test materials of us can help you pass the exam and obtain the certification successfully. Applied-Algebra exam dumps offer you free demo for you to have a try, so that you can know what the complete version is like. In addition, we provide you with free update for 365 days after purchasing Applied-Algebra Training Materials, and our system will send you the latest version for Applied-Algebra exam dumps automatically. We have online and offline chat service, and if you have any questions for Applied-Algebra exam materials, you can contact us.

WGU Applied-Algebra Exam Syllabus Topics:

SectionObjectives
Topic 1: Polynomial and Rational Expressions- Polynomials
  • 1. Factoring techniques
    • 2. Operations with polynomials
      - Rational Expressions
      • 1. Restrictions on variables
        • 2. Simplification
          Topic 2: Functions and Graphs- Function Concepts
          • 1. Function notation
            • 2. Domain and range
              - Graphing Functions
              • 1. Transformations of graphs
                • 2. Coordinate plane interpretation
                  Topic 3: Linear Functions and Systems- Linear Equations
                  • 1. Point-slope form
                    • 2. Slope-intercept form
                      - Systems of Equations
                      • 1. Substitution method
                        • 2. Elimination method
                          Topic 4: Exponential and Logarithmic Concepts- Exponential Functions
                          • 1. Growth and decay models
                            • 2. Exponential equations
                              - Logarithmic Basics
                              • 1. Conversion between exponential and logarithmic form
                                • 2. Logarithm properties
                                  Topic 5: Foundations of Algebra- Equations and Inequalities
                                  • 1. Inequalities and interval notation
                                    • 2. Linear equations in one variable
                                      - Algebraic Expressions
                                      • 1. Evaluating expressions
                                        • 2. Simplifying expressions
                                          • 3. Order of operations

                                            >> Exam Applied-Algebra Vce Format <<

                                            WGU Applied-Algebra Valid Test Forum | Applied-Algebra Certification

                                            With the rapid development of science and technology today, people's work can gradually be replaced by machines. If you are an unemployed person, our study materials also should be the best choice for you. Applied-Algebra Quiz torrent can help you calm down and learn more knowledge of it, and what most important is that our study materials can help you use the shortest time to reach to the top of your career. What are you waiting for? Come and buy it now!

                                            WGU Applied Algebra FXO2 PFXP C957 Sample Questions (Q24-Q29):

                                            NEW QUESTION # 24
                                            A contractor charges a flat rate plus a fixed rate per hour to come and make repairs. For a job that takes 3 hours, the contractor charges $220. For a job that takes 5 hours, the contractor charges $340.
                                            Which function correctly represents the total charge Cfor a job that takes thours?

                                            Answer: B

                                            Explanation:
                                            The contractor charges a flat rate plus a fixed rate per hour, so this situation is modeled by a linear function:
                                            C(t)=mt+b
                                            where:
                                            m= " hourly rate "
                                            and
                                            b= " flat rate "
                                            We are given two points:
                                            (3#220)
                                            and
                                            (5#340)
                                            These mean:
                                            A 3-hour job costs $220.
                                            A 5-hour job costs $340.
                                            First, find the hourly rate using slope:
                                            m=(340-220)/(5-3)
                                            m=120/2
                                            m=60
                                            So the contractor charges:
                                            $60 " per hour "
                                            Now the function has the form:
                                            C(t)=60t+b
                                            Use the point (3#220)to find the flat rate:
                                            220=60(3)+b
                                            220=180+b
                                            b=40
                                            So the function is:
                                            C(t)=60t+40
                                            Check with t=5:
                                            C(5)=60(5)+40
                                            C(5)=300+40
                                            C(5)=340
                                            This matches the given information.


                                            NEW QUESTION # 25
                                            The weight of a radioactive sample is given by the function
                                            W(x)=740× # 0.87 #

                                            P.S. Free & New Applied-Algebra dumps are available on Google Drive shared by NewPassLeader: https://drive.google.com/open?id=1gBXE-NhQrOI_B07LplVlgGoJ0lMyegPf