Abstract:
The importance of this research penetrates in the fact that it sheds light on
an unprecedented Mathematical Topic that has been raised for along time,
but never utilized modern technology from a certain point of view. The
topic of Hall Current is being deeply fathomed under various conditions
and circumstances, especially its effects on the MHD flow. Several
mathematical equations have been discussed and applied deeply by
various techniques. Take the Laplace transform, the "Mathematica 6"
program and many other ways of tackling this rugged topic as an
example.
A strong example of the personal techniques we used is epitomized in
finding out the velocity components, in the tabulated values, and in the
illustrated graphics that correspond to each case.
This research deeply tackles the Hall Effect on MHD Rayleigh problem,
on the unsteady MHD flow past an oscillating porous plate, and on the
MHD flow between two horizontal plates, the lower plate being a
stretching sheet.
