Precalculus; Graphical, Numerical, Algebraic [ 9th Edition] (Hardcover)

$ 23.76

height: 1.6 in Format: Hardcover Level: Intermediate Subject: Algebra / General, Trigonometry Item Weight: 80.9 Oz Educational Level: High School Publication Name: Precalculus : Graphical, Numerical, Algebraic Item Height: 1.6 in Book Title: Precalculus: Graphical, Numerical, Algebraic Unit Quantity: 1 Number of Pages: Xxiv, 968 Pages width: 8.7 in Subject Area: Mathematics Language: English Unit Type: Unit Publication Year: 2015 Release Year: 2015 Country of Origin: United States Series: Ninth Edition ISBN: 9780133518450 Personalized: No Features: annotated teacher's edition, common core, ninth edition Publisher: Pearson Books Item Length: 11 in Author: Daniel Kennedy, Gregory D. Foley, David E. Bock, Bert K. Waits, Franklin D. Demana Item Width: 8.7 in Type: Textbook

Description

Precalculus; Graphical, Numerical, Algebraic [ 9th Edition] (Hardcover). The "Precalculus: Graphical, Numerical, Algebraic" 9th Edition is a comprehensive textbook authored by Daniel Kennedy, Gregory D. Foley, David E. Bock, Bert K. Waits, and Franklin D. Demana. Published by Pearson Books in 2015, this hardcover book covers topics in mathematics, specifically focusing on algebra and trigonometry. With a total of 968 pages, this textbook is designed for high school students and provides a thorough understanding of precalculus concepts through graphical, numerical, and algebraic approaches. The authors use clear language and detailed explanations to ensure students grasp the material effectively. The "Precalculus: Graphical, Numerical, Algebraic" 9th Edition is a comprehensive textbook authored by Daniel Kennedy, Gregory D. Foley, David E. Bock, Bert K. Waits, and Franklin D. Demana. Published by Pearson Books in 2015, this hardcover book covers topics in mathematics, specifically focusing on algebra and trigonometry. With a total of 968 pages, this textbook is designed for high school students and provides a thorough understanding of precalculus concepts through graphical, numerical, and algebraic approaches. The authors use clear language and detailed explanations to ensure students grasp the material effectively.