Ernest Rutherford was born in New Zealand and died in Britain, however during his life he worked McGill University in Canada (“Ernest Rutherford - Biographical”, 2014). During Rutherford's life he made significant contributions to Science; in 1998 when studying Uranium he discovered Alpha and Beta radiation (“Ernest Rutherford: Father of nuclear science”, n.d.). In 1903, Rutherford saw that a French chemist, Paul Villard, had discovered a new type of radiation coming from radium, upon discerning
What school did Ernest Rutherford go to? How far did he go in his education? Why? Ernest received his early education in Government schools. At the age of 16 he showed great talent so entered Nelson Collegiate School. In 1889 he was awarded a University scholarship to the University of New Zealand, Wellington. 1894, he was awarded an 1851 Exhibition Science Scholarship, enabling him to go to Trinity College, Cambridge. It is believed that Ernest received more scholarships that any other chemist
Both JJ Thomson and Ernest Rutherford have contributed a large amount to understand the nature of the atom and was able to pave the way for future advances. Without their dedication to science and the hard work they put into forming their scientific method that covered everything from hypothesis to the investigation we would not have the knowledge that we have today. These scientific methods were created for the purpose of determining the nature of the atom although both are very different based
volume at low pressure amazing glows could be observed. It was already known that the discharge and glow in the glass where due to something coming from the cathode, a negative pole with a high voltage applied. Thomson played around with a few experiments to furthermore find out and study the properties (what was in the rays coming form the cathode). Thomson observed that the cathode were deflected by electric and magnetic fields, this meant that electrically charged. By measuring how the cathode
The electron Shell Contains the The electrons. There are many Scientist that contributed in the investigation of the atom which are: 1- John Dalton 2- Sir William Crookes 3- Wilhelm Rontgen 4- J.J Thomson 5- Max Planck 6- Albert Einstein 7- Ernest Rutherford 8- Neils Bohr 9- James Chadwick 10-Otto Hahn The Discovery of the Atom first came from the Greeks which made a theory “The idea that all matter is made up of tiny, indivisible particles, or atoms, is believed to have originated with the Greek
Name: Ernest Rutherford Date of Birth: August 30, 1871 Lived: Nelson, New Zealand Which Scientists influenced this Scientists work? Why? I believe that the scientists before Rutherford would have inspired him to investigate in Atoms. This may of occurred because there was a conspiracy towards the atoms due to nobody actually seeing them. What part of the Atomic Theory did they investigate? Ernest Rutherford was responsible for a many different discoveries such as radioactivity and nuclear
physics. His name is Ernest Rutherford. Born as the second son and the fourth of twelve children in his family in New Zealand, on 30th August 1871, Ernest Rutherford grew up by believing that education can be a tool to make a big change in the world. During his studies, he got so many awards because of his efforts developing the modern education of physic and chemistry. For instance, he got the Nobel Prize in Chemistry and a Baronetcy both in 1908 and 1931. He also did some experiments to developing the
the question, “What is the atomic structure?” Therefore the vast amount of scientists who have contributed to the research of the atomic structure (Early Greek philosophy, John Dalton, William Crookes, J.J. Thomson, Chadwick, Robert Millikan, Ernest Rutherford, and Niels Bohr) give the name a great amount of history. The first major contributors towards the atomic structure started in 600 B.C. with a man named Thales of Miletus although there’s not much information known about him it was predicted
There are many different experiments which can give varying intelligence about the makeup of matter, in different ways and with different conclusions. In this instance I will be looking at the discovery of the electron, how our understanding of it has changed over the years, and measure how it has contributed to where we are today. Joseph John Thomson (J. J. Thomson, 1856 - 1940) is widely recognized as the discoverer of the electron. Thomson was a Professor of Experimental Physics at Cambridge
a way to change ordinary metals into precious one such as gold and silver. However, they were never able to accomplish this. Nevertheless, the findings from the experiments of the Alchemists are now classified as chemical properties. Niels Bohr (1885-1962) Niels Bohr, a Nobel Peace prize winner, proposed the idea in 1913 that electrons moved around the nucleus in relatively large orbits, using the theories of his colleague Rutherford as support. He also concluded that the number of electrons