Please put down Pokemon Black & White for a brief second D:
Our professor just assigned us a homework assignment involving Stokes' Theorem and Gauss' Theorem. No math involved, however.
Basically, he wants us to research how these 2 are applied in real life situations mainly involved within Civil Engineering. Any help? If you don't know what Civil Engineering is, it's mainly involved in the construction of buildings, bridges, dams, towers, plants, etc. There's also several branches within Civil Engineering such as Topography and Structural Engineering.
If anyone knows of applications for those 2 theorems do lend a hand ;D
Our professor just assigned us a homework assignment involving Stokes' Theorem and Gauss' Theorem. No math involved, however.
Basically, he wants us to research how these 2 are applied in real life situations mainly involved within Civil Engineering. Any help? If you don't know what Civil Engineering is, it's mainly involved in the construction of buildings, bridges, dams, towers, plants, etc. There's also several branches within Civil Engineering such as Topography and Structural Engineering.
If anyone knows of applications for those 2 theorems do lend a hand ;D
