Friday 28 August 2009

Siapakah Yang Rugi dan Siapakah Yang Untung???



Click to join Taman2Syurga

Siapakah orang yang sibuk?
Orang yang paling sibuk adalah orang yang tidak mengambil berat akan waktu solatnya
seolah-olah ia mempunyai kerajaan seperti kerajaan Nabi Sulaiman a.s.

Siapakah orang yang manis senyuman nya?
Orang yang mempunyai senyuman yang manis adalah
orang yang ditimpa musibah lalu dia kata "Inna lillahi wainna illaihi rajiuun."
Lalu sambil berkata, "Ya Rabbi Aku reda dengan ketentuanMu ini", sambil mengukir senyuman.

Siapakah orang yang kaya?
Orang yang kaya adalah orang yang bersyukur dengan apa yang ada dan
tidak lupa akan kenikmatan dunia yang sementara ini.

Siapakah orang yang miskin?
Orang yang miskin adalah orang tidak puas dengan nikmat yang ada
sentiasa menumpuk-numpukkan harta.

Siapakah orang yang rugi?
Orang yang rugi adalah orang yang sudah sampai usia pertengahan namun
masih berat untuk melakukan ibadat dan amal-amal kebaikan.

Siapakah orang yang paling cantik?
Orang yang paling cantik adalah orang yang mempunyai akhlak yang baik.

Siapakah orang yang mempunyai rumah yang paling luas?
Orang yang mempunyai rumah yang paling luas adalah orang yang mati membawa amal-amal kebaikan
di mana kuburnya akan di perluaskan saujana mata memandang.

Siapakah orang yang mempunyai rumah yang sempit lagi dihimpit?
Orang yang mempunyai rumah yang sempit adalah orang yang mati
tidak membawa amal-amal kebaikkan lalu kuburnya menghimpitnya.

Siapakah orang yang mempunyai akal?
Orang yang mempunyai akal adalah orang-orang yang menghuni syurga kelak kerana
telah menggunakan akal sewaktu di dunia untuk menghindari seksa neraka...Waallahual am.


Thursday 27 August 2009

IEEE NEWS:A new design for a crew vehicle, launcher, and spaceport

Russia Reveals Vision for Manned Spaceflight

A new design for a crew vehicle, launcher, and spaceport


Photo: Anatoly Zak

BY Anatoly Zak // August 2009

20 August 2009—Russia unveiled an ambitious three-decade plan for a manned space program this week at the International Aviation and Space Salon, MAKS-2009, which opened Tuesday in the town of Zhukovsky, near Moscow. The Russian Federal Space Agency’s hope is that its plan will become the basis for a broad international effort to send humans to Mars and build a permanent base on the surface of the moon.

In contrast to NASA efforts, which would use the moon as a stepping-stone on the way to Mars, the latest Russian space doctrine aims for Mars first. To reach a Mars landing, RKK Energia, Russia’s premier developer of manned spacecraft, displayed a multitude of planned space vehicles, including a transport ship, a nuclear-powered space tug, and a planetary lander system. Together they would make up what the agency is calling the Interplanetary Expeditionary Complex.

“I believe that we should move [straight] to Mars…as the moon cannot be a goal by itself,” says Vitaly Lopota, the head of RKK Energia. ”Nevertheless, all the infrastructure that we are proposing for the Interplanetary Expeditionary Complex could be used for operations in Earth orbit, but also for the lunar exploration, if such goals emerge,” Lopota told IEEE Spectrum.

Officials at the Russian space agency, Roskosmos, made no secret that these grand ambitions were not achievable within the current budget and capabilities of the Russian space program alone. Instead, they hoped to jump-start the idea of broader international cooperation, which could spread the cost of the manned space program.

“This proposal could serve as a basis for a large international venture, which could be even wider than the one we have had in the International Space Station, ISS, because the resources required are enormous,” says Alexei Krasnov, director of manned flight programs at Roskosmos.

“I hope, and this is my personal opinion, that in the context of the Augustine Commission work, and with the new NASA administration, we will ultimately come to the understanding that the development of international cooperation in space should move in this direction,” Krasnov says.

However, Krasnov stressed that partners should learn all lessons from the cooperation on the ISS: “We should admit that both good and bad came out of this project, and we should keep this in mind.” The ISS suffered numerous technical delays and cost overruns, which partners often blamed on one another, especially in the initial phase of the project.

The core of Russia’s latest space strategy rests on replacing its Soyuz transport ship with a larger next-generation vehicle and a brand-new rocket to launch it. Combined, they would be able to carry cosmonauts to the Earth-orbit space stations but also support missions to the moon and even expeditions to Mars. Roskosmos approved both projects for development in spring 2009, while preliminary studies into the program have been in progress since around 2006.

If it’s built, the new Russian manned transport will resemble NASA’s Orion capsule, whose development was officially launched in 2004. The American decision to replace the space shuttle with an expendable cone-shaped vehicle at least partially influenced the latest Russian concept. In 2006, Roskosmos rejected a proposal by RKK Energia to develop a minishuttle called Kliper.

Exhibit information at MAKS-2009 confirmed that the proposed Russian spacecraft would feature significant differences in its design and capabilities from the Orion. Unlike the Orion, which is designed to land under a parachute, the ship envisioned by the Russian engineers would use a brand-new (and still controversial) Buck Rogers–style rocket landing.

Lopota told IEEE Spectrum that after two years of study, RKK was still optimistic about rocket assistance as the primary method of landing. Also, a scale model presented at the show featured reusable thermal protection tiles, not unlike those used on NASA’S shuttle, instead of the ablative shields selected for Orion.

Along with the new spacecraft, TsSKB-Progress, the Samara, Russia–based developer of the Soyuz series of rockets, presented a new launcher for the manned space program, known as Rus-M. The company officially won the government contract for the development of the Rus-M in March.

Aleksandr Kirilin, the head of TsSKB-Progress, confirmed at MAKS-2009 that his company was on schedule to deliver a preliminary design of the vehicle to Roskosmos by August 2010. “On 10 July, we conducted the first Scientific and Technical Council [dedicated to the project], determined the members of the chief designer council [which would oversee the development], and formed working groups on various aspects of the work,” Kirilin says.

Photo: Anatoly Zak

Kirilin reiterated that the new rocket was being built not only to carry the new spacecraft into orbit but also to create a basis for much more powerful versions of the launcher, which will have a maximum payload of 60 metric tons. Such a rocket would be enough to carry an unmanned lunar lander and an “escape” stage, sending it from Earth orbit toward the moon. There, the lander would link up with a manned transport vehicle launched by a second 60-metric-ton-class rocket. After the crew transfers into the lunar lander, it could land on the surface.

“We are still looking at the possibility of developing a 100-ton vehicle within the size constraints of the current design,” Kirilin says. Among the possible ways of upgrading the new rocket family, TsSKB-Progress studied integrating the powerful RD-120 engine, inherited from the Soviet-era Energia rocket. Brand-new engines burning an exotic mix of three propellants, instead of the traditional two, are also on the table, Kirilin says.

The new Russian rocket would be much smaller than the Ares family of vehicles proposed by NASA for the new Constellation program. However, unlike the Ares, which is scheduled to fly from refurbished shuttle facilities at Cape Canaveral, the new Russian rocket fleet would need a whole new space center. In 2007, the Russian government decided to build a new launch site for its manned space program in the nation’s far east, not far from the Chinese border.

At the show, RKK Energia unveiled a proposed layout of the future launch facility, featuring a single launchpad and the support infrastructure for the manned space program, including cosmonaut housing and a training complex. If the new facility enters service as scheduled in 2018, it would end Russia’s manned operations in Baikonur, Kazakhstan, after almost six decades.

Thursday 20 August 2009

IEEE MEMBERS...



IEEE, the world's largest technical professional society, is commemorating its 125th anniversary today with a variety of activities including the first IEEE Engineering the Future Day. Follow all events on the IEEE 125th Anniversary Web site.

hahaha..actually xtau nak tulis pe..tpi sje jer nak citer yg aku nie one of the member IEEE.
Start join awal taun nie..Every week aku akan dapat email dri IEEE Spectrum,bnyak gak la information terkini yg die bgi terutama dlam bidang electrical engineering..bnyak maklumat dan news terkini...so, pe2 maklumat yg menarik n rase berguna tuk semua aku akan post semula kat dlm blog aku nie...I'Allah aku akan update maklumat setiap mgu...


kat bawah nie aku post 1 dri news tebaru aku dapat dri IEEE spectrum...agak menarik juga bg mereka yg suka membaca...klu de apa2 pendapat untuk aku menambah baekkan blog aku nie, boleh la trus coment or email trus kat aku wanworld89@ieee.org supaya t aku dapat tambah baekkan pasal aku pown bru je lgi nak belajar buat blog nie....


NEWS

Jordan's Radioactive Water Problem

A critical $1 billion engineering project in Jordan could be complicated by radium

Photo: Christoph Rosenberger/Getty Images

WATER BELOW:

Jordan plans to mine water from the Disi aquifer beneath the desert.

BY Nawza // August 2009

Jordan is in a tight spot. The virtually landlocked country is 80 percent desert, and the remaining 20 percent loses most of its rainfall to evaporation. The Dead Sea and the Jordan River, which feeds it, are drier than ever. With its population swelling with Iraqi migrants, water is Jordan’s foremost concern.

Most of the country receives water service once a week at best, and unexpected disruptions force the Ministry of Water and Irrigation to deliver water by truck. ”When a country has its back against the wall, you take the least damaging solution,” says Munther Haddadin, the country’s former water minister.

The water ministry has decided that the best way to get water to the capital of Amman is to mine it, tapping into what the department says is some of the cleanest, purest water in the world. The water sits in the pores and holes of the Disi aquifer, an expanse of sandstone some 500 meters beneath the desert in southern Jordan and northwestern Saudi Arabia.

Having just secured the final US $200 million in loans needed from European development banks in May, the government will soon begin building a 325-kilometer pipeline across the country, from the heart of the desert to Amman. The plan is to pump 100 million cubic meters of water from 55 wells in Disi each year. The water will travel about 1300 meters uphill, requiring about 4 kilowatt-hours of energy to deliver each cubic meter, according to Othman Kurdi, the engineer in charge of the Disi Water Conveyance Project. At that rate, the power required to pump ayear’s worth of water is equivalent to the output of a 45-megawatt power plant, or about 4 percent of the country’s electricity production.

”It’s not rocket science, but it’s a megaproject and a challenge in every sense,” Kurdi says. Indeed, the Disi Water Conveyance Project is riddled with complications. Recent research has revealed that the water may not be as pure as project planners had said, and that could make the scheme more complex and costly—and even take a toll on public health. Further, the pipeline project is just a stopgap measure that will leave Jordan permanently poorer in natural freshwater resources while the country pursues an even larger, costlier, and more energy-intensive solution that remains decades away.

By pumping the Disi aquifer, Jordan will be depleting its only strategic reserve of water, a move also being considered by other developing nations that are poor in both energy and water resources. Unlike rivers and lakes that refill with rainfall or melting snow, once this so-called fossil water is pumped, it leaves Jordan forever. Much of the water in the Disi aquifer essentially hasn’t moved since it began dripping into the ground during the Pleistocene era, some 30 000 years ago. ”For developing countries in that region, they have no other choice—using this water is the only way to survive the water crisis,” says Avner Vengosh, a geochemistry professor at Duke University, in Durham, N.C.

Policymakers and water experts had been debating the merits of draining Disi through much of the project’s planning. But in February the debate suddenly shifted, when Vengosh published a report in the journal Environmental Science & Technology describing the Disi water as highly radioactive. He and his coauthors collected samples from 37 wells in the Disi area used mostly for agriculture and mining activities. They found that in all but one well, the concentrations of radium-226 and radium-228 isotopes exceeded the levels considered safe by the World Health Organization and even the more relaxed European Union and U.S. water standards. In some spots, the radiation levels were observed to be 30 times the WHO’s thresholds. Long-term exposure to radium is believed to increase the risk of developing bone cancer.

Click to enlarge image

Illlustration: Emily Cooper

JORDAN'S WATER CYCLE:

After the Disi pipeline is built, 100 million cubic meters of water will travel from the desert to two reservoirs each year. About 40 million cubic meters will go to the Abu Alanda reservoir (1) and mix with some surface water from Wala (2) and treated brackish water from the Zara Ma’en desalination plant (3). The other 60 million cubic meters will go to the Dabouq reservoir (4) and blend with Wala surface water and the output of the Zai Treatment Plant (5), which treats water from the King Abdullah Canal (6). Amman’s used water is sent to the As Samra Wastewater Treatment Plant (7) and later used for irrigation.

Vengosh theorizes that the isotopes entered the water from the surrounding sandstone through a physical process known as recoil. Thorium-232 and thorium-230, the parents of radium-228 and radium-226, respectively, exist naturally in the porous sandstone that holds the Disi water. When one of those thorium atoms radioactively decays to emit an alpha particle (two protons and two neutrons bound together), some energy is also released that causes the new atom to move in the opposite direction of the ejected particle. In some cases, the recoil can cause this new atom to get pushed out of its host material into a surrounding medium—in this case, from sandstone into water.

The Ministry of Water and Irrigation contends that the radiation is not a problem. The Disi pipeline will send the water to two large reservoirs outside Amman, where the fossil water will be diluted with 105 million cubic meters of treated surface water, Amman’s current supply. According to Susan Kilani, a ministry official in charge of water quality, the quantity is ”in excess of what we need for blending.”

Judging by Vengosh’s data, this doesn’t appear to be the case. Dilution would double the total volume of water, which means that the Disi water’s radiation can be no more than double the desired threshold in order to comply with international benchmarks. Very few of the wells tested by Vengosh and his colleagues met that criterion. Relying on blending would limit the amount of usable water in the aquifer and curtail the life span of the pipeline project—or expose the population of Amman to heightened levels of radium.

Aqaba, Jordan’s small port city, has had an instructive experience with Disi water. The city has been pumping 15 million cubic meters of water from Disi each year to a collection reservoir outside Aqaba. Samples taken at the wells come out radioactive. But without any diluting or further treatment of the isotopes, the water is somehow pristine by the time it reaches the city, according to Aqaba’s utility.

Imad Zureikat, the Aqaba Water Co.’s general manager, maintains that Aqaba’s water is tested at several international laboratories and adheres to international standards. ”My kids are drinking water from the tap,” Zureikat says. ”We don’t play with people’s health. Everywhere you go in Jordan, you can drink from the tap.”

The locations and depth of the wells likely play a role in Aqaba’s good fortune [see ”Jordan’s Red Sea Desalination Plan,” IEEE Spectrum, July 2009]. Near Aqaba, at the southern tip of Jordan, the aquifer lies closer to the surface. Vengosh’s samples from these shallower wells showed much more variability in their radium content. So cautiously choosing well sites may indeed bring the water ministry within sight of international standards for the Amman project.

Photo: Avner Vengosh

DESERT BLOOM:

A well in the Disi aquifer near Aqaba, in the south, provides water for agriculture.

Elias Salameh, a professor at Jordan University, in Amman, has been monitoring the elevated alpha-particle activity in Disi water. His data is unpublished, because the presence of radium in groundwater is just not news, he says. In the United States, for example, New Jersey has relied on water from a radium-tainted aquifer for many years. He points out that should blending fail to neutralize the water, the ministry can treat it using reverse osmosis, by forcing the water through a membrane that prevents the passage of radium. Ion-exchange purification, in which the water is fed through columns of porous materials whose pores work as capture sites for the radium, is another option. ”We can’t choose another land, another country, so we have to do our best,” Salameh says.

Of course, any purification treatment would come at a price. Haddadin, the former water minister, studied the cost of the Disi project, along with the collection and treatment of its wastewater, and concluded the cost of water service would reach 10 percent of the income of the average Amman resident. Adding a treatment facility, and the needed disposal of radioactive waste, would drive the cost up even more.

Whatever the price, Jordan will almost certainly find a way to use the Disi water. As Nizar Abu-Jaber, a geology professor at Yarmouk University, in Irbid, Jordan, sees it, the ”availability of water takes precedence over radioactivity.” Water-stressed countries are frequently forced into difficult, or at least expensive, choices. In Libya, a massive project known as the Great Man-Made River delivers fossil water from the Sahara Desert and distributes it along entirely new waterways, while Saudi Arabia has plowed money into becoming the world’s largest producer of desalinated seawater.

Amman, for its part, is undergoing a population boom, spurred by an influx of an estimated million immigrants from Iraq. ”The Disi project will not solve the problem of water in Jordan,” says Kurdi, the project’s leader. ”It will just maintain the status quo.” With any luck, the project will at least enable the government of Jordan to increase each person’s share of the kingdom’s water, to meet what it considers to be the daily demand of 120 liters per person per day. (Abu Dhabi residents, by contrast, go through an average of 550 L per day.)

By early 2013, Kurdi estimates the water should be flowing to Amman. The aquifer will be pumped for about 25 years, he says, until a subsequent water project is in place. That project, known as the Red-Dead Canal, would send water north from the Red Sea, with half of the water replenishing the shrinking Dead Sea and the other half to be desalinated for consumption.

To get within sight of the ballyhooed canal, Jordan must first find a way to keep its population—and economy—humming along for the decades the country will need to build it. ”We are going to implement this project, insha’Allah, God willing, as we say,” Kurdi says. ”Because this is what we need.”

Monday 17 August 2009

Selamat Menyambut Ramadhan Al-Mubarak...


Puasa perkukuh ikatan silaturahim sesama Islam



BERBUKA secara jemaah menjadi medan terbaik memperkukuh silaturahim sesama manusia. - Gambar hiasan

Muslim wajib jaga tutur kata, pertingkat tingkah laku baik agar mendapat ganjaran pahala

SEMINGGU lagi, umat Islam akan menyambut kedatangan Ramadan dengan berpuasa, bulan yang penuh barakah. Di mana permulaannya rahmat, manakala pertengahannya pengampunannya dan akhirnya merdeka daripada api neraka. Bulan diturunkan al-Quran sebagai petunjuk untuk semua manusia. Bulan yang dibuka Allah SWT pintu syurga dan ditutup pintu neraka dan diikat semua syaitan. Bulan kemenangan Islam dalam peperangan Badar dan penaklukan Kota Makkah.

Rasulullah SAW bersabda yang bermaksud, "Allah berfirman, Setiap amalan anak Adam adalah untuk-Nya melainkan puasa, sesungguhnya ia untukKu dan Akulah yang akan memberi ganjarannya, puasa itu adalah perisai. Apabila seseorang kamu berpuasa, maka janganlah berkata kotor dan janganlah bertengkar. Jika seseorang mencacimu katakanlah kepadanya: "Saya berpuasa, saya berpuasa. Demi tuhan yang diri Muhammad di tangannya, sesungguhnya bau mulut orang yang berpuasa lebih harum di sisi Allah dari bau kasturi. Bagi orang berpuasa ada dua kegembiraan yang akan diraikannya, ia gembira ketika berbuka dan apabila bertemu Tuhannya ia bergembira dengan berpuasanya" . (Riwayat Al-Bahari).


Sepanjang Ramadan kita dapati ikatan ukhwah di kalangan umat Islam amat kukuh melalui rasa bertanggungjawab dan sifat ambil tahu dengan menghulurkan bantuan dan pertolongan kepada mereka yang memerlukan melampaui batasan geografi.

Puasa juga dilihat berkeupayaan merapatkan hubungan sesama insan, bukan hanya hubungan dalam kekeluargaan semata-mata. Persaudaraan yang kukuh mampu dibina apabila seseorang itu dapat mengawal tutur kata, tingkah laku, perbuatan untuk diberi perhatian agar ibadat puasa tidak menjadi sia-sia daripada mendapat ganjaran pahala.

Secara amalannya, ibadat puasa berupaya membentuk satu sistem pendidikan dan latihan bagi mendekatkan diri kepada Allah , ia bukan semata-mata menahan lapar dan dahaga, tetapi ia meliputi seluruh anggota tubuh badan seperti mata, telinga, mulut dan lain-lain anggota yang perlu dilatih dan dibentuk untuk tunduk dan patuh kepada perintah Allah SWT.

Selain daripada itu puasa berkeupayaan membina kesihatan yang lebih teratur, terurus dan mantap. Daripada aspek kesihatan, semua disebut itu adalah perkara asas bagi menjamin tahap kesihatan jasmani dan rohani seseorang.

Puasa melatih manusia supaya tidak gelojoh apabila menjamu selera terutama sekali ketika berbuka puasa, memilih makanan yang berzat seperti manisan dan makan hanya sekadar membina kekuatan untuk melaksanakan ibadat.

Dalam konteks berpuasa, seseorang itu dituntut mengawal perasaan marah dan banyak bersabar serta mengamal sikap bertolak ansur. Setiap individu digalak membabitkan diri dengan pelbagai aktiviti berunsur amalan ibadat, seperti bertarawih dan bertahajud. Ketika berbuka puasa dan bersahur, ahli keluarga berpeluang berinteraksi antara satu sama lain secara produktif.

Kepada yang mudah hilang kawalan diri, seperti cepat marah dan menjadi panas baran, inilah bulannya untuk bertukar sikap bagi menjadi individu lembut hati dan penyayang. Rasulullah SAW bersabda, "Ramadan adalah bulan kesabaran. Justeru, semestinya Ramadan dijadikan bulan untuk mendisiplinkan diri supaya sahsiah dan personaliti kita menjadi lebih sempurna apabila tiba Syawal. Oleh itu, perlu diingat dalam kita beramal ibadah terutama dalam menyediakan jamuan dan menghulurkan sedekah atau apa-apa juga pemberian janganlah timbul perasaan di dalam hati untuk menunjuk-nunjuk atau ingin membanggakan diri kerana perbuatan sedemikian dilarang dan dimurkai oleh Allah SWT, bahkan boleh menyebabkan amalan yang kita lakukan itu menjadi sia-sia.

Peliharalah kesucian Ramadan dengan melaksanakan ibadat puasa disamping menghindarkan diri daripada melakukan perkara yang boleh mengurang dan merosakkan ibadat puasa kita seperti mengumpat, bercakap bohong, melakukan perkara yang sia-sia, melihat perkara yang memberangsangkan nafsu syahwat, mendengar ucapan yang kotor dan keji, bertengkar sesama insan yang membawa kepada perkelahian dan perbalahan serta apa juga perbuatan atau amalan yang membawa dan mendorong kepada kejahatan, perbuatan yang keji dan dosa.

Pastikan diri kita tidak meninggalkan kewajipan puasa Ramadan sebaliknya orang yang meninggalkan kewajipan puasa Ramadan tanpa sebab dan alasan, ingatlah pesanan Rasulullah SAW, "Rugilah seseorang yang datang kepadanya Ramadan, dia membiarkannya berlalu begitu saja sebelum dosanya diampunkan". ( Hadis Riwayat At-Tarmizi)

Penulis adalah Ketua Pegawai Eksekutif Dewan Amal Islami (DAMAI)

Sunday 16 August 2009

YANG TERSEMBUNYI DALAM HARI

YANG TERSEMBUNYI DALAM HARI

Hari dijadikan untuk mengukur usia dunia. Setiap hari menyimpan rahsia tersendiri dengan seribu satu peristiwa. Yang aneh, yang indah, yang ceria, yang muram semuanya adalah hari.

Hari apakah saudara dan saudari dilahirkan ke dunia? Lihatlah apa yang pernah berlaku pada hari pertama saudara dan saudari menghirup udara bumi dalam sejarah kejadian alam dan manusia.

Hari Ahad

Allah s.w.t menjadikan alam, bintang api neraka, bumi yang tujuh, lautan yang tujuh, anggota manusia yang tujuh dan hari yang tujuh.

Hari Isnin

- Nabi Idris dinaikkan ke langit.

- Nabi Musa mengunjungi Bukit Turnisa

- Bukit keesaan Allah s.w.t diturunkan

- Nabi Muhammad s.a.w dilahirkan

- Wahyu pertama diturunkan kepada Nabi Muhammad s.a.w

- Rasullullah wafat

Hari Selasa

- Nabi Yahya wafat dibunuh

- Nabi Zakaria wafat dibunuh

- Tukang-tukang sihir Firaun ditewaskan

- Asiah isteri Firaun mangkat dibunuh

- Lembu Kaum Bani Israel dibunuh

- Habil dibunuh oleh Qabil

Hari Rabu

- Qarun hancur binasa

- Firaun dan tenteranya ditenggelamkan

- Raja Namrud ditewaskan oleh nyamuk

- Umat Nabi Salleh dihancurkan dengan teriakan keras Malaikat Jibrail

- Umat Nabi Hud dimusnahkan Allah s.w.t dengan angina taufan

Hari Khamis

- Nabi Ibrahim memasuki Mesir

- Saudara-saudara Nabi Yusuf menemui baginda

- Bunyamin mengunjungi Nabi Yusuf di Mesir

- Nabi Yaacob bertemu dengan anaknya Nabi Yusuf diMesir

- Nabi Musa memasuki Mesir

Hari Jumaat

- Nabi Adam berkahwin dengan Hawa

- Nabi Yusuf berkahwin dengan Zulaikha

- Nabi Musa berkahwin dengan Siti Safurah anak Nabi Syuib

- Nabi Sulaiman berkahwin dengan Siti Balqis

- Rasullullah s.aw berkahwin dengan Siti Khadijah dan juga Aishah

- Ali Abu Talib berkahwin dengan Fatimah Az-Zahrah

Hari Sabtu

- Nabi Nuh diperolok oleh kaumnya

- Nabi Salleh ditipu umatnya

- Nabi Yusuf ditipu oleh saudaranya

- Nabi Musa ditindas Firaun

- Nabi Isa diperdaya kaum Yahudi

“ Jadikan ilmu sebagai panduan beragama, pengalaman sebagai hikmah beragama dan fikiran sebagai keindahan beragama "

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