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EVIDENCE THAT LED TO THE MODIFICATION OF DALTON’S ATOMIC  THEORY ,[object Object],DALTON’S ATOMIC THEORY :,[object Object],Matter consists of small paricles called atoms.,[object Object],All elements are made up of atoms,[object Object],Atomos are indivisible and indistructable,[object Object],Atoms of a given element are identical in mass and in all other properties,[object Object],A compound is formed when the atoms of two or more elements combine,[object Object]
Dalton's atomic theory is correct in essence with a few exceptions to his rules:,[object Object],1) Atoms are the smallest unit of mater that retain the physical and chemical properties of an element, however they ARE DIVISIBLE BY NON-CHEMICAL MEANS.,[object Object],2) All atoms of a single element contain the the identical number of protons and electrons, however their masses may vary with the number of neutrons in different isotopes (some of which are unstable and decay).but for very basic purposes, Dalton's theory holds true.,[object Object],     These assumption were proven to be inaccurate by the experiments and theories of J.J thompson , ,[object Object],By defflecting cathode rays with both electric and magnetic fields he proved the existence of the electron.Thereofore, his worked  made it apparent that atoms were not invisible and it gave evidence  of the existence of subatomic particles.,[object Object]
The proton was then discoverded by Goldstein in 1900 after  observing the rays in  a cathode ray tube that travelled in the direction opposite  to that of cathode rays.,[object Object],However, in 1913 Mosley suggested the idea of the neutron but it was in 1932 that James Chadwick  bombarded the element Be with alpha particles .This experiment  helped him to detect the suggested neuton.,[object Object],In 1903 another of Dalton’s threory was proven to be incorrect as Henri Bacquerel discovered radioactivity  where elements of the same element did not have the same mass.,[object Object],Dalton’ s atomic theory  provided the foundation on which other scientists have  built on.,[object Object]
IN 1897 J.J T carried out an experiment in which he defflected cathode rays using both magnetic and electric fields.From the experiment he realised that  the beam of paricles were negatively charged  and extremely light in mass. His experiment proved that atoms were not invisible and it proved the existence of subatomic particles.Thomson proposed the plum pudding model of the atom in which the negatively  charge particles were embedded in a shere of positive charge.,[object Object],j.Jthompson,[object Object]
EUGEN GOLDSTEIN,[object Object],Eugen Goldstein (September 5, 1850 – December 26, 1930) was a German physicist who is credited with the dicovery of the proton.,[object Object],He discovered the proton with the help of discharge tube with a perforated Cathode when he discovered that the rays in a cathode ray tube were travelling in the direction opposite to that of cathode rays.,[object Object],Goldstein thought that since the atom was defined as being electrically neutral that they must contain an equal number of positive charge particles as the negatively chaarged particles.,[object Object]
RUTHERFORD,[object Object],The Rutherford model or planetary model is a model of the atom devised by Ernest Rutherford. Rutherford directed the famous Geiger-Marsden experiment in 1909, which suggested on Rutherford's 1911 analysis that the so-called "plum pudding model"ofJ. J. Thomson of the atom was incorrect. In  1909, rutherfofrd ‘s colleagues geiger and marsden bombarded thin metal foils with alphe particles to test thompson’s model of the atom  . ,[object Object]
Rutherford expected all of the particles to be deflected just a bit as they passed through the plum pudding. He found that most of the a’s he shot at the foil were not deflected at all. They passed through the foil and emerged undisturbed. Occasionally, however, particles were scattered at huge angles. While most of the a’s were undisturbed, a few of them bounced back directly.,[object Object]
Atomic theory chelsie
NEILS BOHR,[object Object],The Bohr model, introduced by Niels Bohr in 1913, depicts the atom as a small, positively charged nucleus surrounded by electrons that trave He suggested that electrons could only have certain classicalmotions.,[object Object],The electrons can only travel in certain orbits: at a certain discrete set of distances from the nucleus with specific energies.,[object Object],The electrons of an atom revolve around the nucleus in orbits. These orbits are associated with definite energies and are also called energy shells or energy levels. Therefore, the electrons do not continuously lose energy as they travel in a particular orbit. They can only gain and lose energy by jumping from one allowed orbit to another, absorbing or emitting electromagnetic radiation with a frequency ν determined by the energy difference of the levels according to the Planck relation.,[object Object]
HENRY MOSLEY,[object Object],Moseley redefined the idea of atomic numbers into a real and objective whole-number quantity that was experimentally measurable.,[object Object],Moseley's law provided a reasonably complete experimental set of data that supported the atom, with a positively-charged nucleus surrounded by negatively-charged electrons in which the atomic number is understood to be the exactly physical number of positive charges (later discovered and called protons) in the central atomic nuclei of the elements. ,[object Object]
JAMES CHADWICK,[object Object],In1932, James Chadwick proved that the atomic nucleus ,[object Object],         contained a neutral particle which had been proposed more than a decade earlier by Ernest Rutherford. He did this by bombarding the element Be with alpha particles which causes it to emit this mysterious radiation.It was discovered that this radiation, upon striking a proton-rich surface (paraffin was the preferred example), would discharge some of the protons, which could then be detected using a Geiger counter (a device that measures radiation).As a result the particles had passed through solid lead and they were neither defflected by the electric or magnetic fields.Hence,he had detected the neutron .,[object Object]
The quest for a systematic arrangement of the elements started with the discovery of individual elements. By 1860 about 60 elements were known and a method was needed for organization. Many scientists made significant contributions that eventually enabled Mendeleev to construct his table. The periodic table did not end with Mendeleev but continued to take shape for the next 75 years.,[object Object]
Debereiner’s Law Of Trials,[object Object],The development of the periodic table begins with German chemist Johann Dobereiner (1780-1849) who  grouped elements based on similarities.  Calcium (atomic weight 40), strontium (atomic weight 88), and barium (atomic weight 137) possess similar chemical prepares.  Dobereiner noticed the atomic weight of strontium fell midway between the weights of calcium and barium: ,[object Object]
In 1829 Dobereiner proposed the Law of Triads: Middle element in the triad had atomic weight that was the average of the other two members. Soon other scientists found chemical relationships extended beyond triads. Fluorine was added to Cl/Br/I group; sulfur, oxygen, selenium and tellurium were grouped into a family; nitrogen, phosphorus, arsenic, antimony, and bismuth were classified as another group. First Periodic Table,[object Object],It was a 19th century geologist who first recognized periodicity in the physical properties of the elements. AlexandreBeguyer de Chancourtois (1820-1886),  published in 1862 a list of all the known elements.   Using geological terms and published without the diagram, de Chancourtois ideas were completely ignored until the work of Mendeleev.   ,[object Object],  ,[object Object]
Law of Octaves,[object Object],After arranging 62 known elements in  order of increasing weights John  Newlands noticed that at intervals of 8 elements similar chemical / physical properties reappear,[object Object]
Mendeleev's Periodic Table,[object Object],In 1869, Russian chemist Dimitri Mendeleev (1834-1907) proposed arranging elements by atomic weights and properties. Mendeleev's  periodic table of 1869 contained 17 columns with two partial periods of seven elements each,[object Object],In 1871 Mendeleev revised the 17-group table with eight columns (the eighth group consisted of transition elementsMendeleev predicted the discovery of new elements.  ,[object Object]
Atomic theory chelsie
NOBLE GASES,[object Object],LordRrayleigh and William Ramsey discovered the inert gases. after discovering argon in 1895 the other inert gases were positioned on the periodic table on discovery. the periodic table was taking shape with elements were arranged by atomic weight.,[object Object]
Moseley's Periodic Law,[object Object],When Moseley arranged the elements according to increasing atomic numbers and not atomic masses, some of the inconsistencies associated with Mendeleev's table were eliminated. The modern periodic table is based on Moseley's Periodic Law (atomic numbers).,[object Object]
Atomic theory chelsie
Modern Periodic Table,[object Object],The last major change to the periodic table resulted from Glenn Seaborg'swork in the middle of the 20th century. Seaborg discovered transuranium elements 94 to 102 .,[object Object]
WILDLIFE,[object Object],. The greatest threat  is to future generations of sea creatures; the radiation could interfere with reproduction and the development of young, causing a collapse of the population,[object Object]
Because of saltwater corrosion problems and pipes clogging by salt, fresh cooling water is transported by barge to Fukushima.,[object Object],Satellite image on 16 March of the four damaged reactor buildings,[object Object]
Satellite image on 16 March of the four damaged reactor buildings,[object Object],Because of saltwater corrosion problems and pipes clogging by salt, fresh cooling water is transported by barge to Fukushima.,[object Object]
RADIOACTIVITY,[object Object],Radioactivity is a part of our earth - it has existed all along. Naturally occurring radioactive materials are present in its crust, the floors and walls of our homes, schools, or offices and in the food we eat and drink. There are radioactive gases in the air we breathe. Our own bodies - muscles, bones, and tissue - contain naturally occurring radioactive elements. The effects of radiation at high doses and dose rates are reasonably well documented. A very large dose delivered to the whole body over a short time will result in the death of the exposed person within days,[object Object]
EFFECTS OF RADIOACTIVITY,[object Object],RADIOACTIVITY IN JAPEN,[object Object],The radiation effects from the Fukushima Daiichi nuclear disaster are the results of release of radioactive isotopes from the crippled Fukushima Daiichi Nuclear Power Plant after the 2011 Tōhoku earthquake and tsunami. Radioactive material has been released from the Fukushima containment vessels as the result of deliberate venting to reduce gaseous pressure, deliberate discharge of coolant water into the sea, and accidental or uncontrolled events.,[object Object],Water levels dropped precipitously Monday inside a stricken Japanese nuclear reactor, twice leaving the uranium fuel rods completely exposed and raising the threat of a meltdown, hours after a hydrogen explosion tore through the building housing a different reactor.,[object Object]

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Atomic theory chelsie

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