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The scattering experiment

The scattering experiment. The scattering experiment. . . The scattering experiment. . . . . The scattering experiment. . . . . . . The alpha particle scattering experiment using thin gold foil:. The alpha particle scattering experiment using thin gold foil:.

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The scattering experiment

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  1. The scattering experiment

  2. The scattering experiment  

  3. The scattering experiment    

  4. The scattering experiment      

  5. The alpha particle scattering experiment using thin gold foil:

  6. The alpha particle scattering experiment using thin gold foil:

  7. The alpha particle scattering experiment using thin gold foil:

  8. The alpha particle scattering experiment using thin gold foil:

  9. The alpha particle scattering experiment using thin gold foil:

  10. The alpha particle scattering experiment using thin gold foil: Results from the experiment showed that there is a nucleus at the centre of every atom which is:

  11. QUESTIONS ON  SCATTERING Q1. What is the charge on an  particle ? Q2. Why should some  particles be repelled away from a nucleus? Q3. Why do most  particles pass straight through the gold atoms un-deflected? Q4. What has a plum pudding with currants and raisins got to do with early ideas of atoms?

  12. QUESTIONS ON  SCATTERING Q1. What is the charge on an  particle ? POSITIVE + + Q2. Why should some  particles be repelled away from a nucleus? “LIKE CHARGES REPEL” Q3. Why do most  particles pass straight through the gold atoms undeflected? MOST OF AN ATOM IS EMPTY SPACE WITH A VERY SMALL DENSE NUCLEUS Q4. What has a plum pudding with currents and raisins got to do with early ideas of atoms? EARLY SCIENTISTS THOUGHT THAT PROTONS, ELECTRONS & NEUTRONS WERE EVENLY SPREAD OUT IN THE ATOM !

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