Algebra was developed by Arabs, especially Muḥammad ibn Mūsā al-Khwārizmī (an Islamic name), most of whom were Islamic. The word algebra is derived from Arabic. And Islamic Arabs are credited with bringing the decimal system of numeration to Europe from India, as well as preserving ancient Greek and Roman science, philosophy, and culture. Muslims worked in geometry and used geometric designs in their architecture in order to avoid the use of images of people and animals, which is forbidden by Islamic teaching as well as Judeo-Christian scripture (the second commandment of the ten commandments is against graven images). This is admittedly a partial list.
The Muslim developed a distinct form of art based on Islam. Muslims made important innovations in mathematics. Later, they passed on these on discover to Europeans. For example, Muslims invented algebra, a type of mathematics still taught in school todays. the Arabs also borrowed the symbols 0 through 9 from Hindu school in India. These number were later used by Europeans. Today, they are known as " Arabic numerals". Muslims also made progress in science. Muslim scientists who studied the heavens perfected the Greek astrolable.
Ancient Egyptians made significant advancements in mathematics and science, particularly in geometry and astronomy. They developed a decimal system and were adept at calculating areas and volumes, which facilitated construction projects like the pyramids. In astronomy, they created a calendar based on the lunar and solar cycles, enabling them to predict seasonal floods of the Nile. Additionally, their medical practices were advanced for the time, incorporating surgical techniques and herbal remedies.
Probably because it is in science that very large and small numbers are used, which made the use of this notation convenient.Probably because it is in science that very large and small numbers are used, which made the use of this notation convenient.Probably because it is in science that very large and small numbers are used, which made the use of this notation convenient.Probably because it is in science that very large and small numbers are used, which made the use of this notation convenient.
Science is the way from we can learn all things . Science will never die . some negative points of science are it has made bombs through which some people doing wrong things .
her father made her
Albert Einstein is a German who contributed to many advancements in science.
The Muslim developed a distinct form of art based on Islam. Muslims made important innovations in mathematics. Later, they passed on these on discover to Europeans. For example, Muslims invented algebra, a type of mathematics still taught in school todays. the Arabs also borrowed the symbols 0 through 9 from Hindu school in India. These number were later used by Europeans. Today, they are known as " Arabic numerals". Muslims also made progress in science. Muslim scientists who studied the heavens perfected the Greek astrolable.
Muslims made significant contributions to science during the Golden Age of Islam (8th to 14th centuries), particularly in fields like mathematics, astronomy, medicine, and chemistry. They preserved and translated ancient Greek and Roman texts, expanding on them with original research. Notable figures such as Al-Khwarizmi advanced algebra, while Avicenna's works in medicine laid the groundwork for modern healthcare. Additionally, advancements in optics and the development of the scientific method were pivotal to the evolution of science.
It is a relationship with a benefit for both fields. The more scientific discoveries are made, the more they can use those discoveries to improve technology. The more technological advancements are made, the more they can use those advancements to make new scientific discoveries. In other words, technology is the application of science in the world around us.
Ancient Egyptians made significant advancements in mathematics and science, particularly in geometry and astronomy. They developed a decimal system and were adept at calculating areas and volumes, which facilitated construction projects like the pyramids. In astronomy, they created a calendar based on the lunar and solar cycles, enabling them to predict seasonal floods of the Nile. Additionally, their medical practices were advanced for the time, incorporating surgical techniques and herbal remedies.
Transport, power, construction. It made advancements in these areas possible by making things faster and easier.
Most countries have good developments in the field of chemistry. Most chemical-related advancements in science were in fact not made by a country, but by WHO (World Health Organisation), a branch of the United Nations.
The influence of Science in man's life is significant. The advancements in the field of medicine, agriculture, technology, transportation and entertainment industry have made life easier, longer and much more convenient.
In philosophy, developments were made in logic, ethics, and political philosophy by various thinkers such as Aristotle, Plato, and Confucius. In science, significant advancements were made in fields like astronomy, mathematics, and medicine, with figures such as Euclid, Archimedes, and Hippocrates making notable contributions.
Significant scientific discoveries have been made across various fields, including medicine, physics, and environmental science. In medicine, breakthroughs like mRNA vaccines have revolutionized infectious disease prevention. In physics, advancements such as the discovery of gravitational waves have deepened our understanding of the universe. Environmental science has seen important findings on climate change and biodiversity, highlighting the urgency for sustainable practices.
Louis Pasteur's contributions to science are important because he pioneered the germ theory of disease, which revolutionized our understanding of how diseases spread. His work on pasteurization also led to safer food and drink production practices. Additionally, Pasteur made significant advancements in the fields of microbiology and immunology, laying the foundation for further research in these areas.
Progress in applied marine science in the western hemisphere has been significant in areas such as the United States (particularly in coastal regions like Florida and California), Canada (including research in the Atlantic and Pacific coasts), and countries in South America like Brazil and Chile with strong marine research programs. These regions have made advancements in areas such as fisheries management, marine conservation, and oceanography.