Syed Muhammad Mohsin
Virtual University of Pakistan
Public
Lahore
Punjab
Pakistan
2016
Completed
Software Engineering
English
http://vspace.vu.edu.pk/detail.aspx?id=20
2021-02-17 19:49:13
2024-03-24 20:25:49
1676720947112
67. Al-Mulk/The Sovereignty
I/We begin by the Blessed Name of Allah
The Immensely Merciful to all, The Infinitely Compassionate to everyone.
67:01
a. Blessed is HE WHO holds the reins of Sovereignty over all existence in HIS Hand,
b. and HE Manifests Sovereignty over all existence.
67:02
a. The One WHO created the phenomenon of the death and the life.
b. So that HE may test you between life and death to see which one of you would be most virtuous in deeds that pleased HIM.
c. And HE is The Almighty, The Ever-Forgiving.
67:03
a. It is also HE WHO created the seven celestial realms, one above the other in full harmony with one another.
b. You will not see any imperfection in this creation of The Immensely Merciful.
c. Then turn up your sight again!
d. Can you see any discrepancy or flaw?
67:04
a. Then turn up your sight again and again!
b. Your sight will come back to you bewildered and fatigued, unable to find any discrepancy
or flaw.
67:05
a. And, indeed, WE adorned the lowest sky to the earthly life with lamps,
b. and WE made such shooting stars/meteors that would fend off every approaching satanic evil force,
c. and, additionally, WE have prepared for them the punishment of the Blazing Fire.
67:06
a. And for those who disbelieve in their Rabb- The Lord is the punishment of Hell.
b. And it is going to be an awful and woeful destination!
67:07
a. As they would be flung into it, they will hear its furor - as it boils up,
67:08اختلاف امت سے متعلقہ احادیث کی روشنی میں راہ حق کی تعیین: ایک تحقیقی اور تنقیدی مطالعہ
A great deal of research work has been done upon the differences present in the Muslim Umm’ah and for its dissolution. Hence, scholars like Ashari, Baghdadi, Ibn al- Hazm and Shehristani has produced great critical and analytical studies, however the sect proclaiming on “Rah-e –Haq" (the truly guided path) needs critical review. In this article, a scholarly analysis and estimation of the "Rah-e-Haq"sect (the guided ones) is being attempted in the light of the relevant traditions. Estimation of Biodiversity and Physio-Genetic Parameters for Drought Tolerance in Maize Zea Mays L.
Maize genotypes including 64 in number were evaluated at early stage in greenhouse with the soil having 40-100% moisture levels for different seedling parameters on various genetic analysis revealed that the highest estimates of heritability were found for root fresh weight, root volume and shoot fresh weight, at 40% soil moisture providing the evidence that these plant characters are under the control of additive genetic effects. The results showed that selection should evolve the genetic material with improved characteristics within short time. The single linkage cluster analysis and principle component analysis identified the variation among these parameters and in genotypes under the different moisture levels. Genotypes 21 in number with moderately tolerant and drought susceptible backgrounds were further evaluated by using Inter simple sequence repeats markers to ascertain their biodiversity. So 14 number of parents with determined diversity were finally selected and were crossed in line x tester fashion and their F1 along with their related parents were grown using randomized complete block design with 3 replications under normal and 50% of normal irrigation field conditions. All the cultural and other practices were kept uniform to both plantings except irrigation. Various agronomic and physiological parameters were recorded and analyzed for analysis of variance, genotypic and phenotypic correlation, principle component analysis, cluster analysis, general combining ability analysis and specific combining ability analysis for both conditions. Highest range of broad sense heritability with higher genetic advance regarding different plant characteristics depicted that these plant characters were controlled by additive genetic effects. So, it indicates that a fast genetic improvement is found in the experimental material. Clusters with superior genotypes showed the genetic potential of accession to transfer the desirable genes to improve yield in maize. The best combiners for both normal and 50% of normal irrigation field conditions were L3 x T4 (015114 x EV-6098), L9 x T4 (015129 x EV-6098), L9 x T1 (015129 x Sahiwal-2002). These crosses might be useful as transgressive seggregants in subsequent generations. The lines viz 014955, 015084, 015114, Sahiwal-2002, Agaiti-2002, Ev-5098 and Ev-6098 were found as best parents. These lines may be exploited in future breeding program for drought conditions. On the basis of different inheritance pattern of each parameter, it was suggested that overall performance of the lines and their all possible combinations might be more useful while selecting for water stress condition.