Recommendation Paper
Introduction
After arriving in Penang, Raffles observed in particular that: “I cannot but consider the Malayu nation as one people, speaking one language, though spread over so wide a space, and preserving their character and customs” and that “the Malays” were “least adulterated in the character, usages, and manners”, and described in detail the “character of a Malay” (“indolent” but “polite”)
The Malay culture prides itself in being a very values-oriented culture. It’s evident from the quotes above that this has been the case ever since back in the 1800s. But many scholars regard globalization as a force that will inevitably bring about decline and erosion in many aspects. This can be seen in Singapore now, where globalization has lead to an erosion of essential Malay identity, culture and values.
This paper aims to highlight the underlying problem whereby the focus will be on the Malays’ dressing, the tension present between wanting to be a global city and a nation state and the importance and urgency of this issue.
Underlying problem
Institutes of traditional Muslim education or madrasah/Muslim religious school, as it is termed today, came into being in Singapore with the setting up of the Madrasah Al-Iqbal Al-Islamiyyah in 1908. This madrasah provided an education in Arabic and English, which touched mainly on academic curriculum but also emphasized a lot on Islam.
Pioneering paper Al-Imam (1906-1908) helped to develop an explicitly
1831- Using his invention the induction ring, Michael Faraday proved that electricity can be induced (made) by changes in an electromagnetic field. Faraday’s experiments about how electric current works, led to the understanding of electrical transformers and motors. This experiment became Faraday’s Law, which became one of the Maxwell Equations (Administrator, 2007). 1890 - Heinrich Hertz (1857-1894) a German physicist, laid the ground work for the vacuum tube.
This article is clearly about the discussion addressed by Professor Bartlett on Arithmetic, Population and Energy. In the opening statement he clearly described a main key preamble to the tenacious advancements. Professor Bartlett's presentation, the way he displayed the exponential math is genuinely dazzling and fascinating about the exclusive exponential improvement and also duplicating time, "the best insufficiency of human race is our feebleness to appreciate the human limit" Now taking this into account he has illuminated his points of view musings and
In addition, Ulugh Beg built an observatory in Samarkand and gathered data that was later translated into Latin and shared with European astronomers. Al-Kashi a mathematician under Beg, created decimal notation in which when quantities less than one were able to be represented. Some more advancements in the field of
In the 1890’s, an Italian inventor by the name of Guglielmo
Khwarizmi and other mathematician’s established major advances in math and astronomy which proved to help generations to come after their deaths, the achievements made by these scholars proved to be huge and a history changing element used to this day in the modern era of math and astronomy. In conclusion, the huge impacts the achievements made in math and medicine helped shape the history of both subjects, providing a foundation to build upon through centuries later by rising scholars in the era’s to come. Muslim’s rebuilt the scholarship era, building the cultural center in Spain proved to be an incredible achievement itself as the center established a foundation for education and important figures in the subjects of math, astronomy, science, and religion. There is no doubt these 3 achievements produced by Muslims shaped the foundation of education and the subjects under schooling; the achievements impacted the world in a way which had not been seen yet and influenced other cultures to push for similar influences in their
He was intrigued by the lecture and sparked his mathematical and chemistry genius. During the lecture he came up with an improved experiment to increase the accuracy of determining the speed of light. He worked for many different universities as a physics professor, but throughout his career, he mainly focused on optics, and light. In 1881 he invented an interferometer to experimentally determine how much of an impact the Earth’s motion had on the speed of light. Edward Morley helped him on this experiment and many of his other important experiments and ideas.
In 1866 Mandel then published his work, but it wasn’t ‘rediscovered’ until 1990 and used as the foundation of the field of
The split in Islam; Sunnis and Shias One of the most confusing and longest split in modern religion is the divide amongst the Islamic faith between the Sunni’s and Shias. The split originated after the death of Prophet Muhammad the founder of Islam, soon after his death disputes arise in attempted to figure out who should be next to lead the Muslim community. Despite the two groups lasting sense of division and Islamic tension, they still manage to co-exist and share certain practices, Sunnis rule most Islamic countries, Islamic tension worsens bringing rise to militant groups and the tension between the two groups is affecting society. The last prophet Muhammad believed by many followers of the Islamic faith is linked to the rise of Islam.
The standards he put forward in the book framed the premise for cutting edge electrical hypothesis. In 1752 he sent a record of his analysis to the Royal Society of researchers in London and to French researchers. The outside researchers were so inspired with his work that he was chosen a kindred of the Royal Society in 1756 and granted its Copley Medal. In 1773 he was chosen one of the eight remote partners of the Royal Academy of Science in
In 1942, Mary W. Jackson graduated from the Hampton Institute with a dual-degree in Math and Physical Sciences. Similar to Johnson, Jackson taught in an all-black school before her time working for NACA/NASA. She would change occupations three more times before finally working in the computing section of NASA’s Langley Laboratory. After working two years in the computing department, she was offered a position working with engineers in the “Supersonic Pressure Tunnel, a 60,000 horsepower wind tunnel capable of blasting models with winds approaching twice the speed of sound” (Shetterly, Mary W. Jackson Biography). Here, she was given hands-on experience with conducting experiments and her mentor Kazimierz Czarnecki suggested that she “enter a training program that would allow her to earn a promotion from mathematician to engineer” (Shetterly, Mary W. Jackson Biography).
Both of these inventions helped advance ideas and spread information across
Although the Muslims made great advancements in these other fields, they made the greatest in the medical field of study. This was probably the most advanced because "Muslims had practical reasons for supporting the advancement of science" and medicine. The "rulers wanted qualified physicians treating their ills" (Document 1). The Islamic doctors learned how to treat the ill and then wrote their findings down in books. Some of this books included "a medical reference encyclopedia, the Comprehensive Book and Treatise on Smallpox and Measles" by al-Razi.
The effect was named after physicist Pierre-Victor Auger, who “discovered” it in 1925. While Lise Meitner uncovered this effect in 1923 two previous years before Pierre-Victor Auger. Later in 1926 Meitner accepted a position at the University of Berlin, becoming the first woman in Germany to become a full professor of
Our country, Malaysia is a small, tropical country that lies within South-East Asia. Although it is small, it has a number of things to boast about. And the most prominent among these things is its multiracial community. This is due to people of different races living together in harmony within the borders of this little country. This has shaped Malaysia into a melting pot of vastly different cultures and religions, creating diversity.