Questions and Answers on Ernest Rutherford Essay

Ernest study at Kimball Hall Academy in New Hampshire before he enrolled into Dartmouth College. As a freshman, Ernest had the highest grades in Greek. He was selected for a Rufus Choate Scholar for two years. In 1907 Ernest had graduated as a Sole Magna Cum Laude student. He made honors in botany, sociology, and history. He was the only recipient to be a Sole Magna Cum Laude, at Dartmouth in 1907.

for instance, he only went to the university where his hometown was, no Harvard, no extra school no nothing just brains and willpower. for instance, the university he went to to get his BS institution was Indiana university in 1917. he got into Cornell university in which was a bit difficult but he eventually got his Ph. D

the old view of atoms as the basic building blocks of the material world and Newtonian physics

By firing massively charged particles at an atom, he found that atoms are made up of smaller particles (Doc. 1).  This would lead to his discovery of protons also known as alpha particles (OI). After that, he bombarded gold foil and observed that some of the atoms passed through the foil. Therefore, he concluded that atoms are composed of empty space (OI).  

In 1909, he moved to Massachusetts and began work at the Wood Hole Marine Biology Laboratory. Ernest then decided to further his education after supposedly reading an interesting article on fertilization and egg development; his inspiration of sorts. He moved to Chicago and attended Chicago University. He received his Doctorate in Philosophy, studied embryology, and graduated Magna Cum Laude again, this time in 1916 (Selasse, 2007). After graduating, Ernest pursued work in fields of study relating to the physiology of development.

Later, in 1909, he worked in research at Woods Hole Marine Biological Laboratory in Massachusetts. Just furthered his education by obtaining a Doctor of Philosophy degree from the University of Chicago, where he studied experimental embryology and graduated magna cum laude.

He graduated from Williams College. He majored in physics, and he soon got recruited to work on the first atomic bomb. He was not happy when he saw the effects it had on Hiroshima and Nagasaki. He used the money he made to fund a library in New York City. It was really successful, and it is still there today.

Rutherford’s understanding of the atom was that the protons were clustered together in the nucleus. The nucleus is then surrounded by empty space occupied by electrons. (Lucas & Wright, 2001)

Principle”. The French team of Pierre and Marie Curie who are known as the parents of nuclear physics came to the realization that the atom has a core, or nucleus. It became apparent that different laws of physics govern the nucleus. In Cambridge England, Sir J.J. Thomson who in 1897 discovered the electron and his pupil Lord Ernest Rutherford discovered the proton. The history of the atomic age was coming right along on a steady pace then in 1905 Albert Einstein wrote the mass-energy conversion equation, and things started to progress very rapidly. In 1932 Sir James Chadwick discovered the neutron, this rovided an ideal projectile for splitting the atom. The final clue to the neutron and atomic energy was when an observation was noted that a peculiar property of the radiation emitted when beryllium is bombarded with alpha particles. In 1938 the discovery of fission of the uranium nucleus by neutron bombardment. In 1940 President Roosevelt organized the National Defense Research Committee, which was determined to develop an atomic bomb. Development and construction of the atomic bomb was the most closely guarded secret in scientific history. This was a

“By 1687, he had theorized that gravity was a force that could hold objects, such as the moon, in orbit around the Earth, and he worked out equations to prove it” (Challenging Limits). He then calculated the laws of motion that held the planets in their orbits around the sun. Along with his research, he invented calculus, the method for working out the speed of an object at any given moment during its path. By the 20th century, scientist could demonstrate atoms and the tiny charged particles they contained called electrons. The electrons are virtually invisible, but Leeuwenhoek used them from an electron microscope that magnified ten million times. Allowing future scientist to develop the MRI scanner, a precise diagnostic tool used to learn about the work of the brain. In addition to the discovery of atoms and their electrons, a physicist by the name of Albert Einstein formulated the theorem E=mc2. Stating that energy resided in matter itself. With this, scientist learned that atoms are our greatest repository of energy. Scientist began to ask if they themselves, “if we could split atoms, could we release the new, limitless supply of energy” (Challenging Limits)? Soon, scientist did split atoms that released massive surges of energy, but also produced lethal radioactivity. This groundbreaking discovery provided a possible solution to what created the

Earnest Rutherford was responsible for an astonishing series of discoveries in the fields of radioactivity and nuclear physics.

Before Rutherford’s Geiger-Marsden experiment the most popular model of the atom was the “plum pudding model” developed in 1904 by the person who also discovered the electron in 1897, J.J. Thompson. It was the most common model of the atom and stated that electrons (plum) floated around with

From the start of time men and women have expanded on the theory of matter and atoms. Going from Leucippus and Democritus to Ernest Rutherford the theory has expanded on influences of others experiments. It started before Jesus Christ was born. The structure of the atom and the atom has changed over a long period of time.

By 17 he moved to Canada to avoid the mandatory military service and attended Queen’s University. He then moved on to study at University of Pennsylvania.

Edward began his university education close to home, bowing to his mothers insistence, at the University of Budapest. His father had talked him into studying engineering instead of math as his main subject. After a dissatisfying period at the university in 1926 Edward enrolled at the Institute of Technology in Karlsruhe, Germany. In 1928 Edward again switched schools to the University of Munich, where he would study physics. In 1928 Edward had an accident leaving a moving street car which led to part of his foot being amputated. This delay in his education would also lead to Edward's final switch of schools before receiving his Ph.D. Edward transferred to the University of Leipzig. He received his Ph.D. in Theoretical Physics in 1930.