COURSE  TITLE  EFF YEAR  EFF TERM  DEPARTMENT  CREDIT HOURS  
PH381  INTRMED CLASSICAL MECHANICS  2020  1  Physics and Nuclear Engineering  3.0 (BS=3.0, ET=0.0, MA=0.0)  
SCOPE  
This course continues the development of physical principles introduced in the core physics curriculum. Direct application of Newton's laws is used to analyze phenomena such as projectile motion with air resistance, charged particle motion, and motion in a central force field. Harmonic, driven, and damped oscillations are studied in depth, as are systems of coupled oscillators. The formalism of Lagrangian mechanics is studied in depth. The mathematical tools of classical mechanics are introduced, to include vector fields, line integrals, the calculus of variations, linear algebra, and eigenvalue equations. Cadets will be required to develop and demonstrate the ability to use a computer algebra system to solve advanced problems and plot the solutions.  


SPECIAL REQUIREMENTS:  
None 
TYPE  COURSE  EFF YEAR  EFF TERM  TRACK  RED BOOK FLG 
PRE REQUISITE  
PH363  2006  1  1  Y  
MA364  2015  1  2  Y  
MA365  2018  1  3  Y 
AYT  #SECT/SIZE  CPBLTY  ENRLD  WAIT  SEATS  CLOSED  DETAILS  
2025  1  1  18  18  17  0  1  N  Hours  
2026  1  1  19  19  14  0  5  N  Hours  
2027  1  1  19  19  0  0  19  N  Hours  
2028  1  1  19  19  0  0  19  N  Hours  
COURSE  TITLE  EFF YEAR  EFF TERM  DEPARTMENT  CREDIT HOURS  
PH381  INTRMED CLASSICAL MECHANICS  2006  2  Physics and Nuclear Engineering  3.0 (BS=3.0, ET=0.0, MA=0.0)  
SCOPE  
This course continues the development of physical principles introduced in the core physics curriculum. Direct application of Newton's laws is used to analyze phenomena such as projectile motion with air resistance, charged particle motion, and motion in a central force field. Harmonic, driven, and damped oscillations are studied in depth, as are systems of coupled oscillators. The formalism of Lagrangian mechanics is studied in depth. The mathematical tools of classical mechanics are introduced, to include vector fields, line integrals, the calculus of variations, linear algebra, and eigenvalue equations. Cadets will be required to develop and demonstrate the ability to use a computer algebra system to solve advanced problems and plot the solutions.  


SPECIAL REQUIREMENTS:  
None 
TYPE  COURSE  EFF YEAR  EFF TERM  TRACK  RED BOOK FLG 
PRE REQUISITE  
PH363  2006  1  1  Y  
MA364  2015  1  2  Y  
MA365  2018  1  3  Y 
COURSE  TITLE  EFF YEAR  EFF TERM  DEPARTMENT  CREDIT HOURS  
PH381  INTRMED CLASSICAL MECHANICS  2003  1  Physics and Nuclear Engineering  3.0 (BS=2.5, ET=0.5, MA=0.0)  
SCOPE  
This course continues the development of concepts introduced in PH203 and PH204. Direct applications of Newton's laws are used to analyze such phenomena as motion under the influence of central forces, motion in noninertial frames of reference, and motion of rigid bodies. The elegant formalisms of Lagrange and Hamilton are studied to provide a foundation for connecting classical mechanics, quantum mechanics, and statistical mechanics.  


SPECIAL REQUIREMENTS:  
None 
TYPE  COURSE  EFF YEAR  EFF TERM  TRACK  RED BOOK FLG 
PRE REQUISITE  
MA363  2003  2  1  Y  
PH204  2001  2  1  Y  
MA364  2003  1  2  Y  
PH204  2001  2  2  Y  
MA363  2003  2  3  Y  
PH254  2002  2  3  Y  
MA364  2003  1  4  Y  
PH254  2002  2  4  Y 
COURSE  TITLE  EFF YEAR  EFF TERM  DEPARTMENT  CREDIT HOURS  
PH381  INTER CLASSICAL MECHANICS  1977  1  Physics and Nuclear Engineering  3.0 (BS=2.5, ET=0.5, MA=0.0)  
SCOPE  
This course continues the development of concepts introduced in PH201. Direct applications of Newton's Laws are used to analyze such phenomena as motion under the influence of central forces, motion in noninertial frames of reference, and motion of rigid bodies. The elegant formalisms of Lagrange and Hamilton are studied to provide a foundation for connecting classical mechanics, quantum mechanics, and statistical mechanics.  


SPECIAL REQUIREMENTS:  
None 
TYPE  COURSE  EFF YEAR  EFF TERM  TRACK  RED BOOK FLG 
CO REQUISITE  
MA363  1989  1  1  Y  
MA364  1992  2  2  Y  
PRE REQUISITE  
PH201  1978  1  1  Y  
PH251  1992  1  2  Y  
PH204  2001  2  3  Y  
PH254  2002  2  4  Y 