Cambridge University Press / Sun Microsystems / Oracle / William H. Press / Microsoft / /
Facility
Weber State University / Prentice Hall / /
IndustryTerm
software design / internet resources / comfortable using word processing / spreadsheet software / flash memory device / realistic physical systems / double-clickable applications / far-ranging physics applications / online resource / needed software / step-by-step algorithm / mathematical algorithms / numerical algorithms / internet age / physical systems / scientific computing / /
OperatingSystem
Mac OS X / Linux / Macintosh / Microsoft Windows / /
Organization
Cambridge University / Cornell / Weber State University / /
Person
Wolfgang Christian / Cay Horstmann / Patrick Niemeyer / Johnny S. Tolliver / Daniel V. Schroeder / Harvey Gould / Ian R. Gatland / Brian Rague / Michael Peskin / Hisao Nakanishi / Alejandro L. Garcia / Gary Cornell / Nicholas J. Giordano / Jonathan Knudsen / David Flanagan / Jan Tobochnik / Ian F. Darwin / Thomas Lindblad / Clark S. Lindsey / David J. Eck / /
Position
text editor / author / programmer / /
ProgrammingLanguage
Mathematica / Visual Basic / Java / True Basic / C / Python / Fortran / C++ / /
ProvinceOrState
New Jersey / New York / California / /
PublishedMedium
American Journal of Physics / /
Technology
few algorithms / Euler-Richardson algorithm / Linux / API / operating system / operating systems / step-by-step algorithm / thermodynamics / flash memory / Java / simulation / /
Physics Simulations in Java A Lab Manual Daniel V. Schroeder Physics Department Weber State University