Search or add a thesis

Advanced Search (Beta)
Home > Online lending and borrowing system

Online lending and borrowing system

Thesis Info

Author

Syeda Faizan Fatima

Supervisor

Salma Imtiaz

Department

Department of Computer Science & Software Engineering

Program

BS

Institute

International Islamic University

Institute Type

Public

City

Islamabad

Province

Islamabad

Country

Pakistan

Thesis Completing Year

2018

Thesis Completion Status

Completed

Page

69

Subject

Computer Science

Language

English

Other

BS 658.872 FAO

Added

2021-02-17 19:49:13

Modified

2023-01-06 19:20:37

ARI ID

1676722294634

Similar


Loading...
Loading...

Similar Books

Loading...

Similar Chapters

Loading...

Similar News

Loading...

Similar Articles

Loading...

Similar Article Headings

Loading...

مولانا محمد تقی امینی

مولانا محمد تقی امینی
’’آفتاب جوغروب ہوگیا‘‘
تیرہ وتار تھی پہلے ہی یہاں شام حیات
;دامن چرخ سے ایک اورستارہ ٹوٹا
Eکوئی بتلاؤ میری قوم کے معصوموں کو
9کون برباد ہواکس کاسہارا ٹوٹا
Jیہی کوئی دن کے ساڑھے بارہ بجے ہوں گے جب ہمارے ایک دوست نے اطلاع دی کہ مولانا محمدتقی امینی صاحب کاانتقال ہوگیا۔یہ خبر سنتے ہی اولاً توسکتہ کی سی کیفیت ہوگئی۔ کانوں کو جیسے یقین نہ آیا ہو۔ابھی تقریباً ایک گھنٹہ قبل انہوں نے مجھے یاد فرمایا تھا۔ میں حاضر ہواتو دیکھا کہ دھوپ سینک رہے ہیں۔ اورخاصے روبہ صحت معلوم ہورہے ہیں لیکن اب اچانک یہ خبر؟کیاواقعی مولٰینا کا انتقال ہوگیاہے۔کیاسچ مچ مولانا ہم سے جدا ہوگئے ہیں؟ کیایہ سچ ہے کہ مولٰینا نے رخت سفر باندھ لیا ہے اور کوچ کرگئے؟ کیاامت کایہ درشاہوار بے نور ہوگیا؟ کیایہ عظیم المرتبت شخصیت ہمیں داغ مفارقت دے گئی ؟ کیااُمّت کی تقدیر کے آسمان سے ایک اورستارہ شہاب ثاقب ہوگیا؟ ___ہم جلدی سے مولٰینا کے گھر کی طرف لپکے مگردروازے ہی پر جیسے کسی نے قدم پکڑ لیے ہوں۔نالہ وشیون کی آوازیں ایسا ثبوت تھیں کہ ہمیں اس خبر پریقین کرنے کے کے سوا کوئی چارہ نہیں تھا ۔ ؂
چل بسا داغؔ آہ میت اسکی زیب دوش ہے
آخری شاعر جہان آباد کا خاموش ہے
پروفیسر سابق ڈین فکلٹی آف تھیالوجی مولٰینا محمدتقی امینی صاحب کے اُٹھ جانے سے ایک پوری انجمن خالی ہوگئی ہے،وہ ایک شخصیت نہیں بلکہ ایک کارواں تھے۔ وہ ایک آدمی نہیں بلکہ ایک انجمن تھے۔ایک بزم اورایک محفل تھے۔اگران کوآج کے دور میں علماء کاسرخیل کارواں کہاجائے، میں سمجھتاہوں کہ بے جا نہ ہوگا۔ ان کی ذات اپنے آپ میں ایک ادارہ تھی۔وہ علم وحکمت کاچلتا پھرتا خزانہ تھے۔ اُن کے دم سے علی گڑھ میں علم دین کی قندیل روشن تھی،جب کبھی کوئی دینی، فقہی...

اسلامی ریاست میں غیر مسلم رعایا کے حقوق

“Minority” is a word which is considered a challenge for any political system. This article discusses how a certain political system deals with the idea and rights of a minority. If a minority enjoys the privileges in a society that political system is considered as perfect. Islam, the revealed religion, has not overlooked the status of a minority. Rights of a minority is one of the top priorities in Islam. This article brings to the fore the very status which Islam gives to the minorities and which they enjoyed while living in the Islamic poltical and social set up. Islam not only gives minorities the right to live in an Islamic Society, but also gives them protection. The word “Dhimmis” gives minorities the protection in an Islamic society which they never entertain in their own society. Whether it was the time of the Holy Prophet, the Abbasid’s or Umayyad, everywhere in the Islamic society they enjoyed not only as minorities but also they were allowed to build churches, join Islamic forces and to become viziers, etc. It clearly reveals that Islam is a religion of peace that not only gives good tidings to the believers but aslo to the minorities who live among them. This article is a small replica of what the minorities enjoyed in the Islamic society.

Weed Management Strategies in Direct Wet -Seeded Rice Culture under the Agroecological Conditions of D. I. Khan - Pakistan

Weed Management Strategies in Direct wet-seeded Rice Culture under the ecological Conditions of D. L Khan, Pakistan. by KHIZAR HAY AT, INAYAT ULLAH AWAN AND GUL HASSAN Field experiments were conducted at Agricultural Research Institute Dera Ismail Khan, Pakistan during 1999 and 2000, to develop a viable and economically feasible weed management technology for the farmers of the area. The objective of this study was to establish an appropriate Weed management Strategy for effective control of weed flora in direct wet seeded rice. The experiments were conducted using split-plot arrangements in a Randomized Complete Block Design with a sub-plot size of 5m x 3m having three replications, during both years. The first experiment included IR-6, IR-9 and KS-282 varieties in main plots seeded on five different dates in sub-plots. The seeding was done from May 9 to June 18 at 10-day interval, during both the years. The results revealed that seeding of KS-282 on June 18 resulted in significantly lower weed population (m*2), low dry weed biomass (g m''2), greater number of spikelets per panicle, more 1000-grain weight (g), higher net income and Benefit Cost Ratio (BCR) values. However, June 18 seeding was at par with June 8 for number of panicles (m''2), number of days to maturity, paddy and straw yield (t ha*1). Besides, June 8 seeding had lower sterility percentage and greater number of tillers (m*2). The second trial consisted of three seeding rates of 60, 90 and 120 kg ha''1, in main plots, and oxadiazon (Rostar 12 L) @ 0.240 kg a.i, oxadiargyl (Topstar) 0.80 kg a.i, pretilachlor (Rifit) 0.50 kg a.i. and acetachlor (Acelor) 0.125 kg a.i. ha*1 in the sub-plots and were applied at post-emergence stage. Weedy check was also included in the trial. Both the pretilachlor and acetachlor application proved their efficacy against the grasses and sedges and improved yield parameters, increased net return and BCR values over other herbicides and weedy check, when 120 kg ha*1 seed rate was used. In the third experiment, four above mentioned herbicides including a weedy check plot were kept in sub-plots, while herbicides application intervals of 3, 6 and 9 weeks after seeding (WAS), were assigned to main plots. Pretilachlor application showed its superiority in terms of xixhigher paddy and straw yield (ha''1), number of panicles m''2, number of spikelets panicle''1, 1000-grain weight (g), lower dry weed biomass (g m''2) and sterility %, higher net income and BCR values when applied 3 WAS. While, averaging over the intervals of herbicides application, oxadiargyl was at par with pretilachlor for weed population (m''2), plant height (cm), tillers m''2, spikelets panicle''1, 1000-grain weight (g) and straw yield (t ha''1). However, these herbicides were statistically similar for paddy yield (t ha''1), harvest index, and number of panicles (m''2) during the second year of the trial. Oxadiargyl also resulted higher BCR values when applied 9 WAS. Oxadiargyl, pretilachlor and acetachlor controlled the sedges to the extent of 90.7 % and grasses to the tune of 86.3- 86.7 % when applied 3 WAS. In the fourth experiment, IR-6, IR-9 and KS-282 of the coarse group and Basmati-385, Basmati-370 and Basmati-198 from the fine group of rice varieties; assigned to the sub-plots were treated with acetachlor @0.125 kg a.i. and pretilachlor 0.50 kg a.i.ha''1, that were placed in main plots. Weedy check plot was also planted for comparison. Coarse and fine rice varieties responded well to herbicide application and had lower weed population (m''2) and dry weed biomass (g m''2) than weedy check. Acetachlor application to KS-282 gave numerically less dry weed biomass. Fine rice varieties produced significantly less dry weed biomass than coarse varieties but were at par with each other for both these parameters. Coarse variety KS-282 produced the maximum number of tillers and panicles (m''2), lower sterility %, more 1000-grain weight (g), paddy and straw yield (t ha''1) and harvest index, and were statistically at par with those recorded for IR-6. Variety IR-9 was the most early- maturing, while tallest plants were produced by Basmati-198; whereas the maximum spikelets per panicle were recoded for Basmati-370. Acetachlor application resulted in the highest net return and BCR values in Basmati-198 during the first year while, during the second year KS-282 gave higher BCR value. Pretilachlor when applied to Basmati-198 gave the highest net income and BCR during both the years. While, in the fifth experiment, Clamazone @ 0.247 kg a.i.ha''1, in addition to all the previously used four herbicides and the weedy check was tested in sub-plots. The main plots comprised hand weeding 6 and 9 WAS or no weeding. In the last experiment, pretilachlor, clamazone and acetachlor when followed one hand weeding each 6 and 9 WAS resulted in increased paddy and straw yield (t ha''1), harvest index, minimum weed population (m''2), dry weed biomass (g m''2), and lower sterility percentage than oxaziazon and oxadiargyl and the weedy check, though these three herbicides were statistically at par with each other for these parameters. However, numerically higher values for all the parameters were recorded for the pretilachlor xxapplication. The interaction of pretilachlor herbicide with hand weeding 6 WAS produced the maximum paddy yield. Higher BCR value was observed for acetachlor application with no hand weeding (herbicide alone), but pretilachlor gave higher BCR when supplemented with hand weeding 6 and 9 WAS. Pretilachlor application followed by one hand weeding at 6 WAS gave the excellent control of grasses and sedges. It is concluded from the research that direct seeding of course varieties of rice during the June at 120 kg 2nd ha''1 seed rate, pretilachlor application @ 0.240 kg a.i. ha''1 3 week of WAS and combined with hand weeding 6 WAS is the best strategy for higher grain yield of rice in the area.