Image from Google Jackets

Electronic Giecks' engineering formulas [electronic resource] / McGraw-Hill, Inc.

Contributor(s): Material type: FilmFilmPublication details: [New York?] : McGraw-Hill ; [Cambridge, Mass.?] : MathSoft, Inc., 1995.Description: 1 computer optical disc : sd., col. ; 4 3/4 in. + User's manual (21 p., 15 x 10 cm.)ISBN:
  • 9780078527746
Other title:
  • Giecks' engineering formulas
Subject(s): Text by Kurt Gieck and Reiner Gieck.Summary: Designed for students and professional engineers, this resource uses the Mathcad software engine to present and solve the technical and mathematical formulas that have made Giecks' such a classic. The main advantage of this electronic version is its use of Live Math. Over 300 live equations allow you to solve equations instantly. The professional engineer will find this a fundamental tool for instant access to essential technical and mathematical formulas that can be solved in seconds. Students will find it an invaluable learning tool for performing calculations and seeing how the results change with different input variables.
Tags from this library: No tags from this library for this title. Log in to add tags.
Star ratings
    Average rating: 0.0 (0 votes)
Holdings
Item type Current library Home library Collection Shelving location Call number Status Date due Barcode
Audio Visual Audio Visual UMK Kampus Kota UMK Kampus Kota DEFAULT Kampus Kota Audio Visual TA151 .E44 1995 AV (Browse shelf(Opens below)) Available 10125570

"A Mathcad Electronic Book."

Text by Kurt Gieck and Reiner Gieck.

Designed for students and professional engineers, this resource uses the Mathcad software engine to present and solve the technical and mathematical formulas that have made Giecks' such a classic. The main advantage of this electronic version is its use of Live Math. Over 300 live equations allow you to solve equations instantly. The professional engineer will find this a fundamental tool for instant access to essential technical and mathematical formulas that can be solved in seconds. Students will find it an invaluable learning tool for performing calculations and seeing how the results change with different input variables.

System requirements: Windows: 80386/80486 PC or compatible with Microsoft Windows 3.1 or higher ; CD-ROM drive ; 4MB RAM ; 5MB hard disk space.

There are no comments on this title.

to post a comment.

©2025 Pustaka Universiti Malaysia Kelantan

THE OFFICE OF LIBRARY AND KNOWLEDGE MANAGEMENT