This major revision reflects the authors combined years of experience as classroom teachers, and underscores their enthusiasm for the use of the graphing calculator as a teaching tool. Their approach is to present the various classes of functions, examine the nature of its graph, and discuss the analytic solution of equations based on that function. Then, graphical support for the solution is provided with a graphing calculator. Using graphing technology to study math has opened up a new area of error analysis, so the authors have included a What Went Wrong feature to discuss typical errors. Throughout, the accent is on using both analytical and graphical methods to solve interesting applications for various functions. The new edition also includes a reference chapter on basic algebraic concepts for those needing a refresher course.
"Develops algebraic concepts through finding and creating spatial and number patterns"--Page 4.
Prentice Hall Algebra Two with Trigonometry
The book employs Kaufmann and Schwitters' straightforward, three-step approach to problem solving--which guides students in learning a skill, practicing the skill to solve equations, and then using the equations to solve applications ...
Kaufmann and Schwitters have built this text's reputation on clear and concise exposition, numerous examples, and plentiful problem sets.
Test Items and Chapter Tests for Kaufmann's Intermediate Algebra: Functions, Graphs, and Applications
Instructor's Solutions Manual for Kaufmann/Schwitters' Intermediate Algebra, Sixth Edition
College Algebra
This text's reputation is built on clear and concise exposition, numerous examples and plentiful problem sets.
Contains complete, worked-out solutions for odd problems.
Three nickels e . n nickels f . ( n − 2 ) nickels Ans . 5 ( 3 ) or 15 cents Ans . 5n cents Ans . 5 ( n − 2 ) cents 11. In a collection of coins there are four more dimes than quarters . If x represents the number of quarters ...