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Atomic Structure and Theory

Atomic Structure and Theory. Jeopardy. t. Experiments. Scientists. Experiments. E. D. 100. 100. 100. 100. 100. 200. 200. 200. 200. 200. 300. 300. 300. 300. 300. 400. 400. 400. 400. 400. 500. 500. 500. 500. 500. I-100. Thought of the atom as “plum-pudding”. Answer.

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Atomic Structure and Theory

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  1. Atomic Structure and Theory Jeopardy t Experiments Scientists Experiments E D 100 100 100 100 100 200 200 200 200 200 300 300 300 300 300 400 400 400 400 400 500 500 500 500 500

  2. I-100 Thought of the atom as “plum-pudding” . Answer

  3. I-200 Thought of the atom as a “planetary” model Answer .

  4. I-300 This scientist first discovered the nucleus. . Answer

  5. I-400 Thought of the “billiard ball” model for the atom . Answer

  6. I-500 Provided a mathematical relationship describing the 3D space that an electron can occupy . Answer

  7. II-100 First modern scientist that said that matter is composed of indestructible and indivisible atoms . Answer

  8. II-200 isotopes are atoms of one kind of element that contain different numbers this subatomic particle . Answer

  9. II-300 When you have the same element, it is guaranteed that you have the same of this (these) subatomic particles. . Answer

  10. II-400 This law states that the total mass of a chemical reaction must remain the same. . Answer

  11. II-500 • Which of these parts of Dalton's Atomic theory were proven incorrect? • a.) Atoms of different elements differ in their physical and chemical properties • b.) Atoms of different elements combine in simple whole-number ratios to form compounds • c.) All matter is made of indivisible and indestructible atoms. • d.) Chemical reactions consist of the combination, separation, or rearrangement of atoms • e.) All atoms of a given element are identical in their chemical and physical properties. . Answer

  12. III-100 what the Au foil experiment showed about the volume of an atom . Answer

  13. III-200 the charge carried by alpha particles and the charge carried by the nucleus . Answer

  14. III-300 particles that make up most of the mass of the atom and where they are found . Answer

  15. III-400 a subatomic particle that was discovered by J.J. Thompson in the late 1800's . Answer

  16. III-500 Describe why the spectral glasses gave out different colored lines . Answer

  17. IV-100 the element with 32 electrons and 73 neutrons . Answer

  18. IV-200 the mass number of the most likely most abundant isotope of chlorine, Cl . Answer

  19. IV-300 the number of electrons in a copper atom with a postive two charge . Answer

  20. IV-400 all atoms of the same element have the same…; give name and particle name . Answer

  21. IV-500 the isotope by which all other isotopes’ masses are measure; the standard mass . Answer

  22. V-100 the two characteristics of isotopes of one kind of element that are needed to determine the average atomic mass of the element . Answer

  23. V-200 the number on the periodic table that represents the AAM . Answer

  24. V-300 Based on the following symbol, how many protons, neutrons and electrons does it have . Answer

  25. V-400 How many protons, neutrons and electrons is in a N-15 isotope with a negative 3 charge . Answer

  26. V-500 Why are the AAM’s not whole numbers? . Answer

  27. I-100 A • JJThomson Game board

  28. I-200 A • Bohr Game board

  29. I-300 A • Rutherford Game board

  30. I-400 A • Dalton Game board

  31. I-500 A • Schrodinger Game board

  32. II-100 A • Dalton’s Atomic Theory Game board

  33. II-200 A • Neutron Game board

  34. II-300 A • Protons Game board

  35. II-400 A • Law of Conservation of Mass Game board

  36. II-500 A • The third and 5th one Game board

  37. III-100 A • it is mostly empty space Game board

  38. III-200 A • positive Game board

  39. III-300 A • neutrons and protons; the nucleus Game board

  40. III-400 A • electron Game board

  41. III-500 A • The electricity gives the gas energy and promotes the electron to a higher energy level. When it goes back to a lower energy level it gives off the energy as the form of light which we see as different wavelengths/colors. Game board

  42. IV-100 A • germanium Game board

  43. IV-200 A • 35 Game board

  44. IV-300 A • 27 Game board

  45. IV-400 A • atomic number; protons Game board

  46. IV-500 A • carbon-12 Game board

  47. V-100 A • mass of each isotope and the relative percent abundance of each isotope Game board

  48. V-200 A • the one with the decimal! Game board

  49. V-300 A • 70 Protons, 165 Neutrons, 68 electrons Game board

  50. V-400 A • 7 protons, 8 neutrons, 10 electrons Game board

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