COURSE  TITLE  EFF YEAR  EFF TERM  DEPARTMENT  CREDIT HOURS  
MA484  PARTIAL DIFF EQUATIONS  2020  1  Mathematical Sciences  3.0 (BS=0.0, ET=0.0, MA=3.0)  
SCOPE  
The course is devoted to the solution of the classical partial differential equations of mathematical physics and most engineering fields. For example, these equations describe such diverse phenomena as the flow of heat in a metal plate, the gravitational field of the solar system, the vibration of a structural beam, and the energy levels of the hydrogen atom. The subject matter has application in many fields and should be of interest to mathematics, science, and engineering concentrators. Specific topics covered are the heat, wave, and potential equations, Fourier series, series solutions to ordinary differential equations, special functions, and boundary value problems.  


SPECIAL REQUIREMENTS:  
One special problem. 
TYPE  COURSE  EFF YEAR  EFF TERM  TRACK  RED BOOK FLG 
PRE REQUISITE  
MA205  1991  2  1  Y  
MA205X  1991  2  2  Y  
MA255  2000  2  3  Y 
COURSE  TITLE  EFF YEAR  EFF TERM  DEPARTMENT  CREDIT HOURS  
MA484  PARTIAL DIFF EQUATIONS  2013  1  Mathematical Sciences  3.0 (BS=0.0, ET=0.0, MA=3.0)  
SCOPE  
The course is devoted to the solution of the classical partial differential equations of mathematical physics and most engineering fields. For example, these equations describe such diverse phenomena as the flow of heat in a metal plate, the gravitational field of the solar system, the vibration of a structural beam, and the energy levels of the hydrogen atom. The subject matter has application in many fields and should be of interest to mathematics, science, and engineering concentrators. Specific topics covered are the heat, wave, and potential equations, Fourier series, series solutions to ordinary differential equations, special functions, and boundary value problems.  


SPECIAL REQUIREMENTS:  
One special problem. 
TYPE  COURSE  EFF YEAR  EFF TERM  TRACK  RED BOOK FLG 
PRE REQUISITE  
MA205  1991  2  1  Y  
MA205X  1991  2  2  Y  
MA255  2000  2  3  Y 
COURSE  TITLE  EFF YEAR  EFF TERM  DEPARTMENT  CREDIT HOURS  
MA484  PARTIAL DIFF EQUATIONS  1973  2  Mathematical Sciences  3.0 (BS=0.0, ET=0.0, MA=0.0)  
SCOPE  
The course is devoted to the solution of the classical partial differential equations of mathematical physics and most engineering fields. For example, these equations describe such diverse phenomena as the flow of heat in a metal plate, the gravitational field of the solar system, the vibration of a structural beam, and the energy levels of the hydrogen atom. The subject matter has application in many fields and should be of interest to mathematics, science, and engineering concentrators. Specific topics covered are the heat, wave, and potential equations, Fourier series, series solutions to ordinary differential equations, special functions, and boundary value problems.  


SPECIAL REQUIREMENTS:  
One special problem. 
TYPE  COURSE  EFF YEAR  EFF TERM  TRACK  RED BOOK FLG 
PRE REQUISITE  
MA205  1991  2  1  Y  
MA205X  1991  2  2  Y  
MA255  2000  2  3  Y 