Automotive Technology : A Systems Approach by Jack Erjavec 6th Edi "NO MARKS"

$ 14.79

Series: Mindtap Course List Ser. Item Length: 0.9 in Item Weight: 116.8 Oz Item Height: 4.3 in Author: Rob Thompson, Jack Erjavec height: 4.3 in ISBN: 9781133612315 Publication Name: Automotive Technology : a Systems Approach width: 3.4 in Item Width: 3.4 in Subject: Automotive / Repair & Maintenance, Technical & Manufacturing Industries & Trades, Automotive, Teaching Methods & Materials / Arts & Humanities Publisher: Cengage Learning Personalized: No Subject Area: Transportation, Technology & Engineering, Education Type: Textbook Format: Hardcover Number of Pages: 1696 Pages Publication Year: 2014 Language: English

Description

Automotive Technology : A Systems Approach by Jack Erjavec 6th Edi "NO MARKS". The product "Automotive Technology : A Systems Approach" by Jack Erjavec is a comprehensive textbook focused on the subject of automotive technology and engineering. Published by Cengage Learning in 2014, this 6th edition textbook covers topics related to automotive repair and maintenance, as well as technical and manufacturing industries. With a total of 1696 pages, this hardcover book provides in-depth information on automotive systems and how they function. It is designed to be a valuable resource for both students and professionals in the automotive field, offering a systems approach to understanding complex automotive systems. The product "Automotive Technology : A Systems Approach" by Jack Erjavec is a comprehensive textbook focused on the subject of automotive technology and engineering. Published by Cengage Learning in 2014, this 6th edition textbook covers topics related to automotive repair and maintenance, as well as technical and manufacturing industries. With a total of 1696 pages, this hardcover book provides in-depth information on automotive systems and how they function. It is designed to be a valuable resource for both students and professionals in the automotive field, offering a systems approach to understanding complex automotive systems.