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Dive into Atomic Structure and the Periodic Table: Jeopardy Review Game

Welcome to the Jeopardy-style review game focused on atomic structure and the periodic table! Test your knowledge with questions about atomic particles like protons, neutrons, and electrons, explore forces like electromagnetism and the strong force, and understand key concepts such as atomic number, electron configuration, and isotopes. Ideal for students and educators, this engaging game formats chemistry learning in a fun and interactive way. Join us and strengthen your grasp of fundamental chemistry concepts!

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Dive into Atomic Structure and the Periodic Table: Jeopardy Review Game

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Presentation Transcript

  1. Welcome to Jeopardy!

  2. Atomic Structure and Periodic Table: Jeopardy Review Game

  3. Atomic particles Atomic Structure Atoms & Me We are FAMILY Trendy Table $1 $1 $1 $1 $1 $2 $2 $2 $2 $2 $5 $5 $5 $5 $5 $10 $10 $10 $10 $10 $20 $20 $20 $20 $20

  4. This is the positively charged particle found in the nucleus.

  5. What is proton? home

  6. This is the negatively charged particle that Thomson called “corpuscles”

  7. What is electron? home

  8. Both of these particles have a mass of 1 atomic mass unit (amu) each.

  9. What are protons and neutrons? home

  10. This force is the force of attraction that is responsible for keeping the electrons around the outside of the nucleus.

  11. What is the electromagnetic force? home

  12. This force is responsible for overcoming the repulsion of the electromagnetic force and keeping the protons together in the nucleus.

  13. What is the strong force? home

  14. This number describes the number of protons in an atom

  15. What is atomic number? home

  16. This describes where electrons are found.

  17. What is the electron cloud? (or energy levels) home

  18. This describes the electron arrangement by energy level.

  19. What are the K,L,M,N,O,P,Q energy levels? home

  20. This describes what all atoms want to be “happy”.

  21. What is a full outer shell? home

  22. This is an awesome light show caused by the atoms of the atmosphere getting their electrons “excited” by high energy particles from the sun. It happens near the poles due to the magnetic field of the Earth being thinner there.

  23. What is Aurora Borealis (northern lights)?Or Aurora Australis (southern lights)? home

  24. For an atom to be neutral, this must be true.

  25. What is having the same number of protons and electrons? home

  26. Isotopes of hydrogen differ by this.

  27. What is the number of neutrons in the nucleus? home

  28. Carbon – 14 differs from Carbon – 12 by this.

  29. What is C-14 has 2 more neutrons than C-12? home

  30. If an atom gains 2 electrons, it’s charge becomes this.

  31. What is -2? home

  32. If an atom loses 4 electrons, does the hoky poky, turns itself around, and gains 2 electrons back; this is the charge.(Note: atoms can not do the hoky poky or turn themselves around, and lastly they either gain or lose electrons – not both)

  33. What is a +2? home

  34. This is why the Noble Gases are snobs.

  35. What is they have a full outer shell? home

  36. What do the Alkali Metals have in common?

  37. What is they all have 1 valence electron? home

  38. This is why certain elements are in the same group.

  39. What is that they have similar properties and oxidation numbers? home

  40. This family consists of 2 gases, 1 liquid, and 2 solid elements (at room temperature).

  41. What is the Halogens? home

  42. These two groups are the most reactive.

  43. What are the Alkali Metals and Halogens? home

  44. This describes the relative density of the Noble Gases.

  45. What is they get more dense as you go down the group? home

  46. This Russian chemist organized the elements by their properties and even predicted the existence of three unknown elements.

  47. Who is Dmitri Mendeleev? home

  48. This describes the reactivity of the Alkali Metals.

  49. What is they get more reactive as you go down? home

  50. This is the pattern of valence electrons.

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