Lord Kelvin, or William Thomson, was destined for greatness at birth. He was born June 26, 1824 in Belfast, Ireland. His father was a prestigious mathematics professor at Glasgow University and his brother later became a professor of engineering (Webster 2). Both William Thomson and his older brother, James, were homeschooled by their father, also named James Thomson, in their early years. Their father encouraged them to discover and pursue all academic possibilities. While living on campus at Glasgow University, the family often visited the Netherlands and Germany. They were also quite fond of the Island of Arran, which they often visited. Being so close to water, William Thomson developed a fascination for the sea and the earth’s crust as well. When he was only ten years old he began his studies at Glasgow University. During his years at this institution he received many prizes and awards. He then attended Cambridge University to achieve the credibility he desired. Shortly after, he travelled to Paris to further study thermodynamics. When he was twenty-two, he became a professor of natural philosophy at Glasgow University. There he created a laboratory for physics students to actually experiment instead of just reading about physics in theory (Russell). Throughout Thomson’s life he made many contributions to science. These include discoveries in thermodynamics and the age of the Earth, as well as innovating the Transatlantic Cable and inventing a tide meter. After exploring thermodynamics for some time, he developed the second law of thermodynamics. This law states that there cannot be a reaction that is completely efficient; a portion of the energy is lost to heat in each reaction. It also says that heat flows to areas that... ... middle of paper ... ...urchfield, Joe D. Lord Kelvin and the Age of the Earth. Chicago: University of Chicago Press, 1990. Print Rowlinson, J.S. “James Joule, William Thomson and the Concept of a Perfect Gas.” The Royal Society Journal of the History of Science. 64 (2010): 43-57. Print. Russell, Alexander, M.A. Lord Kelvin: His Life and Work. New York: Dodge Publishing Company, 1912. Print. Smith, Crosbie. “Natural Philosophy and Thermodynamics: William Thomson and ‘The Dynamical Theory of Heat’.” The British Journal for the History of Science. 9.3 (1976): 293-319. Print. “The Great Transatlantic Cable.” American Experience. PBS, 30 Nov. 2004. Web. 14 Apr. 2014. “Tide Predicting Machines.” NOAA Tides & Currents. NOAA, 15 Oct. 2013. Web. 14 Apr. 2014. Webster, Arthur Gordon. “Lord Kelvin.” Science: The American Association for the Advancement of Science. 27.679 (1908): 1-8. Print.
William Lyon Mackenzie King was born in Kitchener, Ontario on December 17, 1874. His father was an unsuccessful lawyer who was not well off but who continuously provided for his family by living above his means. Mackenzie King’s mother was the daughter of William Lyon Mackenzie who was a leader of the Rebellion of 1837 which was fighting for responsible government. King’s mother continuously reminded her children of the trials her father had gone through and pushed them to continue...
William Lyon Mackenzie King was born in Berlin (later renamed Kitchener), Ontario in 1874. His father was a lawyer and his maternal grandfather was William Lyon Mackenzie, leader of the 1837 Rebellion in Upper Canada. From an early age, King identified with his grandfather, an association that influenced him throughout his political life.
John Alexander Macdonald was born in Glasgow, Scotland on January 11, 1815. His family immigrated to Canada (Kingston, Ontario) in 1820, Macdonald was five years old at the time. In 1829 Macdonald ended his schooling, his parents could not afford to send him to university. Macdonald would later say that if he had went to university he would have ended up in literature, not politics. (Waite, John, 7-10)
Henry, John. (2001). The scientific revolution and the origins of modern science. Houndmills, Basingstoke, Hampshire: Palgrave Publishing
Herbert George Wells was born on September 21, 1866 in Bromley, England, the last of four children. His mother was a house cleaner and his father was a shopkeeper. When he was eight years old, he broke his leg, spent a lot of time reading, and discovered an intense interest in books. At the age of thirteen, his father was injured in an accident so Wells had to leave school and work for a draper. He hated this work and managed to change his employment by working for his uncle and becoming a part-time tutor. This gave him the opportunity to continue his studies in his free time. He finally won a scholarship to The Normal School of Science in London. He worked as a journalist while continuing his education.
Herbert George Wells (or H.G. Wells for short) was born on September 21,1866 to a lady’s maid, and a gardener. HG Wells and his parents Sarah and Joseph, lived in Brombley, England. When HG Wells was seven years old, he had broken his leg. With all of the free time he had, he read and read. Wells had read so much, that he had a fascinating imagination, so filled with thoughts and ideas that he began writing his own little books by the age of ten.
Bulliet, Richard W. et al. The Earth and Its People: A Global History. 2nd ed. New York: Houghten Mifflin.
Born on January 4, 1643, Isaac Newton is a renowned physicist and mathematician. As a child, he started off without his father, and when he was three years old, his mother remarried and left to live with her second husband. Newton was left in the hands of his grandmother. After getting a basic education at the local schools, he was sent to Grantham, England to attend the King’s School. He lived with a pharmacist named Clark. During his time at Clark’s home, he was interested in his chemical library and laboratory. He would amuse Clark’s daughter by creating mechanical devices such as sundials, floating lanterns, and a windmill run by a live mouse. Isaac Newton’s interest in science at an early age foreshadows how Isaac would be led into the
History has brought many influential scientists. Sir Isaac Newton is perhaps the most influential scientist of all time. Without his works and discoveries, mankind might have been set back many decades or even scores in scientific and technological advancement. Therefore, because of his tremendous impact on mankind, it is important to study Sir Isaac Newton's life and acheivements.
Surburg, Raymond F., Introduction to the Intertestamental Period, St Louis, Missouri: Concordia Publishing House, 1975
Cooper, Lawrence, Cary Murphy. Studies in History and Philosophy of Science Chicago: Taylor & Francis, 1996
from the University College of London in Physics. He later became a candidate for a
Of all the scientists to emerge from the nineteenth and twentieth centuries there is one whose name is known by almost all living people. While most of these do not understand this mans work, everyone knows that his impact on the world is astonishing.
Thomas Alva Edison was born on February 11, 1847 in Milan, Ohio. He had many family members. He had a father named Samuel Odgen Edison and a mother named Nancy Elliott Edison. Thomas' mother pulled him from school because Thomas' teacher called him a"retard." Nancy Edison taught her son at home. Thomas has six siblings
This definition of this law states that energy converts from one form to another and it cannot be created nor destroyed. Its attempt to explain the universe and energy narrows the boundaries of intricacy to present a sophisticated understanding. At times, people do not pay attention where energy comes from, but it appears in their surroundings and in what they partake in doing. While it is not tangible, it exists through vision such as fire, electricity, and even humans doing work, which ties to energy. One example is that “turning on a light [switch] would seem to produce energy; however, it is electrical energy that is converted” (“The Three Laws of Thermodynamics”). All objects that handles electricity follows this law of thermodynamics where energy is transferred to the light to produce the energy to allow the light to work. For change in energy, heat transfer along with the work output applies for greater energy. A relating scenario that intertwines with this is an example of how a hot object such as coffee can transfer its heat, which is also energy, to a person’s hand, and after it can disperse and decrease in temperature. Furthermore, ever since Carnot’s contribution to thermodynamics, scientists apply this knowledge for the energy around people. Through experiments, energy exists around the world and harnessing