دہر کی نفرتوں کا ستایا ہوں میں
جستجو ہے مجھے الفت و مہر کی
ایک یوٹوپیائی جہاں ہو جہاں
فاختہ کا نشیمن سلامت رہے
اس کی پرواز پر کوئی پہرہ نہ ہو
ہر سو چاہت کے، احساس کے گل کھلیں
امن کا گیت گائیں جہاں پر سبھی
میری تو منزلِ شوق ہے بس یہی
Education system plays a vital role in personality development of an individual. That is why Allah ordained the Prophet (SAW) to develop personalities of his followers in light of the Holy Book. The education system prevailing in Pakistan today lacs Islamic perspective because it is continuation of the eduation system devised by the colonial power for its vested interests. It should have been reconstructed in light of Quran and Sunnah after creation of Pakistan but rulers and ulama both failed to do the needful. To do this job effectively all segments of education system, such as teachers, curriculum, educational administrators, students, and& nbsp; environment of the instituion need to be Islamized; rather a new role-model education institution has to be established. Those who decide to do this must be properly qualified for this hall mark task. This article discusses all these points in detail.
The aim of this thesis is to investigate the mass transfer analysis in the two-dimensional boundary layer flow of Newtonian/non-Newtonian fluids near a stagnation point in the presence of chemically reactive species. Both homogeneous and heterogeneous chemical reactions are considered by taking the n th order homogeneous chemical reaction of constant rate n k and the diffusion coefficients of both reactant and autocatalysis are equal in heterogeneous reaction. Heat transfer analysis is also performed using Fourier’s and Cattaneo-Christov heat flux models with thermal radiation and heat generation/absorption. The modeled flow equations in terms of continuity, momentum, temperature and concentration are transformed into nonlinear ordinary differential equations by means of similarity transformations. Both analytical and numerical solutions are obtained by solving these equations using homotopy analysis method (HAM), Runge-Kutta-Fehlberg algorithm with shooting technique and bivariate spectral collocation quasi-linearization method. A parametric study of all pertinent parameters is accomplished and the physical results are shown through graphs and tables. It is inferred that the concentration of the species decreases with an increment in the strength of homogeneous and heterogeneous reaction parameters, while the concentration boundary layer thickness increases. Furthermore, after a certain value of dimensionless space variable, homogeneous and heterogeneous reactions has no effect on the concentration of reactant and this critical value of space variable depends on the strength of homogeneous reaction.