That each object that was not moving or silent became moving or each object that had moved became silent, the matter happened because someone moved or stopped the purpose. We know it as “style.”
Why does fruit fall or move towards the surface of the earth after being released from the stem? Newton’s lawyers claimed that if the fruit moves, then, of course, there is a force acting on the fruit. The force that results in any fruit or object falling towards the surface of the earth is called the gravitational force. Speaking of this, of course, we will know among the originators of the theory of gravity, namely Isaac Newton.
Sir Isaac Newton appeared on December 25, 1642, at Woolsthorpe, Lincolnshire. He is a mathematician, physicist, natural philosopher, experienced astronomy from England. His father died three months before Newton’s birth.
His father had the name Isaac Newton, and his mother had the name Hannah Ayscough. When Newton was 3 years old, his mother remarried and entrusted Newton to be cared for by his grandmother who had the name Margery Ayscough. Newton did not like his stepfather and kept his hatred of his mother for marrying the man.
Newton began his education when he was 12 years old, attended King’s School, Grantham, Lincolnshire, where he was among the best students at the school. He was expelled from school because his mother requested that Newton go home to work as a farmer.
With such ingenuity, the school gave him the opportunity to pass on to Newton to complete his studies by convincing his mother and family. Finally, he was sent home from school by his mother to the point that he could finish his education. At the age of 18, he successfully graduated with satisfactory grades.
In June 1661, Newton was accepted at Trinity College, Cambridge. Newton most mastered the practice of mathematics, science, and physics. In 1665, he pursued the general binomial theorem and began to develop mathematics theory which at its end developed what you now know, namely calculus. He likes to listen to the ideas of sophisticated philosophers such as Descartes and astronomers like Copernicus, Galileo, and Kepler.
Newton often worked on studies in his home for about 2 years which encouraged him to develop calculus, optics, and Gravity law theories. He graduated in 1665 and 1667, and he returned to Cambridge as a teacher at Trinity.
In 1666. During the day Newton was listening to the theories of Copernicus, Galileo, and Kepler about the earth’s orbit under an apple tree. An apple fell on him. At that time he also began working on research. Seven years he just pursued the answer and then pulled the red thread that the moon also has a charm because the moon does not fall to earth just like apples that are subject to gravity.
Newton-based Galileo’s rationale, analytical geometry from Descartes and Kepler’s law of planetary motion. The following three people helped him in the study. He formulated three rules that govern all movements in the universe from galaxies in the universe to electronic rotating around the nucleus.
In addition to the knowledge of the universe, Newton also researched a light. In 1672 Newton was accepted as a member of the Royal Society, a group of scientists devoted to experimental methods (related to preliminary matters). He donated among his telescopes with his research on a light. Newton developed a Galileo-produced telescope called a reflecting telescope.
In 1696, Newton was promoted as the Currency Protector by the government. His job was to monitor the replacement of old and dilapidated British currency with new money that was more durative, not only that, he was responsible for overhauling the network of counterfeiters.
The Royal Society compiled a small collection, led by Robert Hooke to assess the new findings, one of which was to analyze results from Newton. Hooke had his proposal for light because he did not want to accept Newton’s discoveries. Because of the business, they both argued.
In 1703, Newton was awarded the title of Sir, and he was elected as the president of the Royal Society. He brought out his illustrious work about light. Optical books include light colors, reflections, and light spectra. His findings of optics were legitimately stated in 1705 when he became the first person to be awarded a peerage because of his achievements in the field of science.
NEWTON’S SCIENTIFIC ACHIEVEMENTS
1) Optics
Newton made a great civilization in the study of optics. He exclusively developed the spectrum by alienating white light through the prism.
2) Telescope
Significant improvements were made to the development of the telescope. However, when Hooke criticized his ideas, Newton withdrew from the public debate. He developed an antagonistic attitude and was hostile to Hooke, all his life.
3) Mechanical and Gravity
In his simple book Principia Mathematica. Newton stated three laws of motion that place a framework for modern physics. This involves declaring planetary movements.
In 1727, Newton died at the age of 84 years. He got the greatness of being buried in Westminster Abbey a tomb for the royal family, famous people, heroes, and scientists. To commemorate his dedication in science, he made an eye on Newton’s picture.
