Line 4: Line 4:
 
  E= <math>\int_{1}^{3}\ |x ^2|^2\, dx , \,\!</math>
 
  E= <math>\int_{1}^{3}\ |x ^2|^2\, dx , \,\!</math>
 
  E= <math>\int_{1}^{3}\ x ^4\, dx , \,\!</math>
 
  E= <math>\int_{1}^{3}\ x ^4\, dx , \,\!</math>
  E=<math>\frac{1}{5}\!</math> {<math>(3^5)\!</math> - <math>(1^5)\!</math>}
+
  E= <math>\frac{1}{5}\!</math> {<math>(3^5)\!</math> - <math>(1^5)\!</math>}
 +
E= <math>\frac{1}{5}\!</math>(243-1)

Revision as of 17:44, 5 September 2008

Energy and Power

Energy calculation

E= $ \int_{1}^{3}\ |x ^2|^2\, dx , \,\! $
E= $ \int_{1}^{3}\ x ^4\, dx , \,\! $
E= $ \frac{1}{5}\! $ {$ (3^5)\! $ - $ (1^5)\! $}
E= $ \frac{1}{5}\! $(243-1)

Alumni Liaison

Correspondence Chess Grandmaster and Purdue Alumni

Prof. Dan Fleetwood