Ppi2pass Machine Design and Materials Six-Minute Problems, 1st Edition (Paperback) - Comprehensive Practice for the Ncees Pe Mechanical Machine Design | 被動收入的投資秘訣 - 2024年11月
Ppi2pass Machine Design and Materials Six-Minute Problems, 1st Edition (Paperback) - Comprehensive Practice for the Ncees Pe Mechanical Machine Design
**October 25, 2019 is the Last Open-Book PE Mechanical Exam***Add the convenience of accessing this book anytime, anywhere on your personal device with the eTextbook version for only $39 at ppi2pass.com/etextbook-program.* Get your PE Mechanical Machine Design Study Schedule and PE Mechanical Reference Manual index at ppi2pass.com/downloads.Beat the Clock on the PE Mechanical Exam With an average of only six minutes to solve each problem on the PE mechanical exam, speed and accuracy are vital to your success--and nothing gets you up to speed like solving problems.Machine Design and Materials Six-Minute Problems prepares you to answer even the most difficult morning and afternoon mechanical systems and materials problems in just minutes. Learning important strategies to solve these problems quickly and efficiently is the key to passing the PE mechanical exam.Machine Design and Materials Six-Minute Problems will help you pass with: 85 challenging multiple-choice problems, similar in format and difficulty to the actual examTwo levels of difficulty: 19 morning (breadth) problems and 66 afternoon (depth) problemsA hint for each problem, to help you get started on the right pathStep-by-step solutions outlining how to answer problems quickly and correctlyExplanations of the three "distractor" answer choices, so you can see where common errors occur and learn how to avoid themMachine Design and Materials Exam Topics CoveredPrinciples of Machine Design and MaterialsApplications: Joints and FastenersApplications: Materials and ProcessApplications: Mechanical ComponentsApplications: Vibration/Dynamic Analysis
Harriet G. Cooke received her professional engineering license in North Carolina in 1998. She holds three patents and several trade secrets, and has written a series of technical papers. Ms. Cooke received her bachelor’s degree in mechanical engineering from the Georgia Institute of Technology in 1991. Soon after, she became a member of the design team that created what was at that time the world’s largest fiber optic cabling machine. The problems in this book are drawn from real-world situations encountered by Ms. Cooke during her long and varied career.