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Understanding Basic Concepts in Physical Science

Explore fundamental principles in physical science, including acceleration, gravity, friction, and energy types. Learn about the forces influencing motion, such as gravity's dependence on mass and distance. Discover the momentum of moving bodies, the law of conservation of energy, and the distinction between potential and kinetic energy. Delve into wave characteristics, electrical concepts, atomic structure, and chemical reactions. This overview helps clarify essential scientific ideas that govern our understanding of the physical world.

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Understanding Basic Concepts in Physical Science

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Presentation Transcript

  1. Physical Science Review By Mr. Monroe

  2. When does acceleration occur?

  3. What is the acceleration of objects due to gravity?

  4. What two things does velocity include?

  5. What is the type of friction that keeps a stationary object from moving?

  6. Upon what two things does the force of gravity depend upon?

  7. What kind of acceleration does a ball rolling DOWNHILL experience?

  8. What is the momentum of a 20 kilogram car moving at 20 meters per second?

  9. What is the law of conservation of energy?

  10. What kind of energy is “stored energy”?

  11. What kind of energy is stored in food?

  12. What kind of energy is in a moving object?

  13. F = m • a What will happen to acceleration if mass is increased?

  14. What does every action have?

  15. What type of wave needs a medium to travel through?

  16. What is another name for a longitudinal wave?

  17. What kind of wave is a radio signal?

  18. What does one call the distance from the crest of one wave to the crest of another?

  19. What is the movement of heat through direct contact of materials?

  20. What kind of energy is a “sunbeam”?

  21. What is specific heat?

  22. Which would heat up fastest, something with a high or low specific heat?

  23. What is static electricity?

  24. What is the difference between a closed and open circuit?

  25. What is a proton?

  26. What is an electron?

  27. What is a neutron?

  28. What are protons and neutrons made of?

  29. What type of matter fills any container it is put into?

  30. What type of matter is composed of charged particles?

  31. What is the atomic number?

  32. What is the atomic mass?

  33. How many ATOMS are in C8H10N4O2

  34. What is a catalyst?

  35. What does Exothermic mean?

  36. What is an inhibitor?

  37. What side of the periodic table are the metals located on?

  38. What kind of reaction is this ~~ AB + C -> AC + B

  39. What are the noble gases?

  40. Why are the noble gases not very reactant?

  41. What is a ion?

  42. Is covalent bonding metal - metal metal - nonmetal or nonmetal - nonmetal

  43. Where is potential energy the greatest? E A D B C

  44. Where is potential energy the least? E A D B C

  45. Where is kinetic energy the least? E A D B C

  46. Are periods left and right or up and down?

  47. What will happen if you heat a can of deodorant, but do not let air in or out?

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