Networked Business Math CD
Edition: 3
Copyright: 2009
Pages: 0
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Audio/Video
$55.57
Networked Business Math, by Brian Felkel and Robert Richardson, is a textbook on CD which addresses Business Calculus topics in a way that is relative to business majors. Business issues are examined from a business standpoint with a focus on modeling data. Because Excel and/or computer algebra systems are utilized, more attention can be focused on interpreting data and working more realistic problems rather than focusing on rote symbol manipulation.
Extraordinary Features:
- The "textbook" can be downloaded as needed onto a computer, run from the CD, or used as a printed copy.
- Files are displayed in Word 2000-2001 format, and can be viewed on a PC or Mac.
- Excel and a computer algebra system are both used as problem-solving tools in the course, or Excel could be used exclusively.
- Interactive compressed videos provide students with access to 24-hour tutoring, as they can download and view the videos as they work the examples.
- Homework solution sets and current data sets allow the students to see the answers, as well as the software syntax that generates the answers. Some exercises also include hyperlinks to current data sets that can be manipulated.
- Excellent tool for distance learning courses!
Chapter 1: Introduction to Discrete
Analysis
Fundamentals of Arithmetic and Graphing
Manipulating Functions With a Spreadsheet
Introduction to Mathematical
Models
Curves of Best Fit
Solving Equations - Goal Seek
Chapter 2: Models for Equilibrium and Break-Even Points
Equations of Lines
Applications of Lines - Market Equilibrium
Introduction to Revenue, Cost, Profit and Break-Even Points
Using
Non-Linear Functions
Summary and Applications
Chapter 3:
Differential Calculus
Introduction to the Marginal Concept
The Derivative
An Introduction to Maple (Derive, Mathematica or the TI
89)
Using Solver - An Alternative to Goal Seek
Finding Maxima and
Minima
Finding Maxima and Minima Using Excel
Maxima and Minima With
Constraints and EOQ
Discontinuities, Volume Discounts, and EOQ
Elasticity
Point Elasticity (Optional)
Chapter 4:
Derivatives the Old Fashioned Way
A Review of Functions
Elementary Derivatives
Derivative Rules
The Chain Rule
Chapter 5: Finance
Future Values
Present
Values
Amortization
Chapter 6: Using Solver - Function
Derivations, Linear and Non-Linear ProgrammingDeriving Custom
Equations
Linear and Non-Linear Programming
Chapter 7:
Integral Calculus and ApplicationsApproximating Area and
Applications
Definite Integrals
Finding Areas Using Excel and
Simpson's Rule
The Normal Distribution
Lorentz Curves, Consumer and
Producer Surplus
Indefinite Integrals Using Maple
Indefinite
Integrals Manually
Indefinite Integrals Manually (continued)
Networked Business Math, by Brian Felkel and Robert Richardson, is a textbook on CD which addresses Business Calculus topics in a way that is relative to business majors. Business issues are examined from a business standpoint with a focus on modeling data. Because Excel and/or computer algebra systems are utilized, more attention can be focused on interpreting data and working more realistic problems rather than focusing on rote symbol manipulation.
Extraordinary Features:
- The "textbook" can be downloaded as needed onto a computer, run from the CD, or used as a printed copy.
- Files are displayed in Word 2000-2001 format, and can be viewed on a PC or Mac.
- Excel and a computer algebra system are both used as problem-solving tools in the course, or Excel could be used exclusively.
- Interactive compressed videos provide students with access to 24-hour tutoring, as they can download and view the videos as they work the examples.
- Homework solution sets and current data sets allow the students to see the answers, as well as the software syntax that generates the answers. Some exercises also include hyperlinks to current data sets that can be manipulated.
- Excellent tool for distance learning courses!
Chapter 1: Introduction to Discrete
Analysis
Fundamentals of Arithmetic and Graphing
Manipulating Functions With a Spreadsheet
Introduction to Mathematical
Models
Curves of Best Fit
Solving Equations - Goal Seek
Chapter 2: Models for Equilibrium and Break-Even Points
Equations of Lines
Applications of Lines - Market Equilibrium
Introduction to Revenue, Cost, Profit and Break-Even Points
Using
Non-Linear Functions
Summary and Applications
Chapter 3:
Differential Calculus
Introduction to the Marginal Concept
The Derivative
An Introduction to Maple (Derive, Mathematica or the TI
89)
Using Solver - An Alternative to Goal Seek
Finding Maxima and
Minima
Finding Maxima and Minima Using Excel
Maxima and Minima With
Constraints and EOQ
Discontinuities, Volume Discounts, and EOQ
Elasticity
Point Elasticity (Optional)
Chapter 4:
Derivatives the Old Fashioned Way
A Review of Functions
Elementary Derivatives
Derivative Rules
The Chain Rule
Chapter 5: Finance
Future Values
Present
Values
Amortization
Chapter 6: Using Solver - Function
Derivations, Linear and Non-Linear ProgrammingDeriving Custom
Equations
Linear and Non-Linear Programming
Chapter 7:
Integral Calculus and ApplicationsApproximating Area and
Applications
Definite Integrals
Finding Areas Using Excel and
Simpson's Rule
The Normal Distribution
Lorentz Curves, Consumer and
Producer Surplus
Indefinite Integrals Using Maple
Indefinite
Integrals Manually
Indefinite Integrals Manually (continued)