Introductory physics

my life through, the new sights of Nature made me rejoice like a child. – Marie Curie (1867-1934), the Polish-French physicist chemist famous for her pioneering research on radioactivity. She was the first person honored with two Nobel Prizes in physics and chemistry. All that is beautiful, delightful and affable in this world, the silence of the night, the loveliness of the morning, the beauty of the day, the melody of the breeze, the fragrances of the flower, the precious lives on earth is…

The Time Machine H.G. Wells composed The Time Machine in 1895, a long time before time travel as we probably are aware it was even thought about. It is presumed that many would joyfully fight that The Time Machine is the first catalyst for the idea that would bring forth such well-known media as Dr. Who and the more extensive part of time travel seen in other sci-fi. That being stated, time travel isn't the purpose of Wells' novella. Rather, time travel is the casing through which he…

Research Question Is the Physics in the movie Gravity accurate? Does it adhere to Newton’s laws? Introduction The purpose of this task is to find out if the science behind certain scenes in the movie Gravity is accurate, compared to what Newton’s laws suggest would happen in real life. The film Gravity is largely set in space, 600km above the Earth – according to the movie. Hypothesis The Physics in the movie Gravity is accurate, as it complies with Newton’s Laws of Motion in the context of…

Author: Nigel Warburton, born March 30, 1962, is a popular British philosopher. He currently lives in Oxford, UK. Nigel studied in University of Bristol receiving his bachelor’s degree, and also studied in Darwin College, Cambridge, receiving his PhD. Warburton then went on to become a lecturer in the University of Nottingham. After that, Warburton joined the department of The Open University, one of the largest research universities in the UK. Although recently, in May 2013, he left his…

Microscopy is one of science’s greatest innovations. The microscope has revolutionised countless areas of scientific research and has become an icon of science itself. From Anton van Leeuwenhoek discovering micro-organisms in the 1670’s to the highly powerful atomic microscopes used today, microscopy has furthered scientific knowledge in many, many ways [1]. It has practical applications in very many areas of research such as biotechnology, materials science, microbiology, environmental science…

Pierre Bourdieu was born on 1 August 1930 in Denguin, France. He attained a degree in philosophy and was also the gold medalist of the National Centre for Scientific Research. Throughout his life, he contributed to various areas of discussions and involvements that include art and culture, education, language and methodology (Grenfell 2012:12-14). Bourdieu was also influenced by Karl Marx and adapted his theories to elaborate further on capital in regards to class divisions. Similar to Marx,…

J.J Thomson was born in Cheetham Hill, a suburban area in Manchester, England on December 18, 1856. Thomson was a Nobel Prize winning physicist with his research that helped discover the electrons of an atom. J.J Thomson full name was Joseph John Thomson, He was an English physicist and mathematician. Joseph Thomson was considered to be a prodigy at his time, becoming the first to be 14 and attending college. Joseph Thomson’s father was a book seller who intended Thomson to become an engineer.…

1. The pendulum of a clock swings back and forth. At what position will its kinetic energy be the greatest? At what position will its kinetic energy equal its potential energy? When the pendulum of a clock swings back and forth, the pendulum reaches its maximum potential energy at the top of the swing, and it reaches its maximum kinetic energy at the bottom of the swing. In the absence of frictional forces, the pendulum’s kinetic energy will be equal to its potential energy at the bottom of the…

Associating with different architects, Forsythe educated himself on spatiality and structure to construct the dancers’ bodies. Although Balanchine’s movement applied math to elongate the dancer’s body, Forsythe constructs movements based on researching physics. In a recorded conversation, Forsythe explains how he creates his movements by, “drawing imaginary shapes in the air, and then running his limbs through his complicated and invisible geometry.” Forsythe interconnected points between…

Mauritas Cornelis Escher, also known as M. C. Escher, has been a well-known for his spectacular art of illusions. Born on June 17th, 1898 in Leeuwarden, Netherlands, his father wished for him to try to learn to become a carpenter and try other crafting skills (World of Mathematics 1). When he was out of elementary, he did not graduate from secondary school. He went to multiple schools to find his interest and when he was in the School of Architecture Ornamental Design located in Haarlem,…