Forced Oscillations

Description:Finds for the differential equation of a forced oscillation given as m*d2y/dt2 + d*dy/dt + c*y = 0*cos(omega*t) or m*d2y/dt2 + d*dy/dt + c*y = 0*sin(omega*t) or a combination of both the exact and approximate solution dependent on preset initial conditions t0, y0(t0), y'0(t0) and graphs the result.
Current version:1.02
Author:Claus Martin Dachselt
Downloaded file size:81,868 bytes
Size on calculator:8 KB
User rating:10/10 with 1 vote (you must be logged in to vote)
Primary category:Science
File date:2019-11-27 21:00:58
Creation date:2019-11-27
Source code:Not included
Download count:1,088
Version history:2019-12-29: Updated to version 1.02
2018-09-23: Added to site
Archive contents:
  Length      Date    Time    Name
---------  ---------- -----   ----
    88569  2019-11-27 10:00   ForcedOscill/ForcedOscill.docx
     7744  2019-11-26 09:49   ForcedOscill/ForcedOscill.hpprgm
---------                     -------
    96313                     2 files
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