I have found some short Physics programs for the PRIME from the Physics Department at Prince Georges County Community College in Largo Maryland
http://www.pgccphy.net/1030/phy1030.pdf
Dec 16, 2013 - Prince George's Community College. Largo, Maryland.
HP Prime Calculator Programs. page 318 of the PDF document.
General Physics I:
Classical Mechanics
D.G. Simpson, Ph.D.
Department of Physical Sciences and Engineering
Prince George’s Community College
Largo, Maryland
Fall 2013
Last updated: December 16, 2013
Interesting but the link says
404 Not Found and bold red makes me feel ashamed for something I have done wrong
(03-18-2014 10:35 PM)Tugdual Wrote: [ -> ]Interesting but the link says 404 Not Found and bold red makes me feel ashamed for something I have done wrong
If you edit the link by removing everything after .pdf it will work
Cheers, Terje
Thank you for the hint! Prof. Simpson has pretty fun material there (e.g. his
course notes). I like this kind of caring-about-the-small-details-in-elementary-stuff-and-getting-it-right physicists. I like them a lot.
(03-18-2014 09:39 PM)Harold A Climer Wrote: [ -> ]I have found some short Physics programs for the PRIME from the Physics Department at Prince Georges County Community College in Largo Maryland http://www.pgccphy.net/1030/phy1030.pdf
Dec 16, 2013 - Prince George's Community College. Largo, Maryland.
HP Prime Calculator Programs. page 318 of the PDF document.
General Physics I:
Classical Mechanics
D.G. Simpson, Ph.D.
Department of Physical Sciences and Engineering
Prince George’s Community College
Largo, Maryland
Fall 2013
Last updated: December 16, 2013
Thank you Professor Climer, for this information. I looks like Professor Simpson does a great job trying to integrate/accommodate students use of programmable calculators (TI and HP) into the coursework.
Regarding the HP Prime programs - they do work as shown. It seems to me though, that the Prime Apps and CAS solve(), fsolve() can be used with perhaps less effort while providing a more flexible output.