Junior Year Physics 1

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Across
  1. 5. law that states that any two masses attract each other with a force equal to a constant
  2. 6. is the angle of incidence for which angle of refraction reaches 90 degrees
  3. 13. quantities described by magnitude and direction
  4. 14. energy due to height
  5. 18. the time it takes to respond to a situation
  6. 19. the interaction of electric fields and magnetic fields
  7. 22. this is done when a force is applied to an object and displacement takes place
  8. 26. the process where two light nuclei combine to form one or more atomic nuclei and subatomic particles (protons & neutrons) and release vast amounts of energy
  9. 28. a type of wave where particles vibrate parallel to direction of propagation
  10. 31. flow of direction across a given point with given time
  11. 32. study of motion of objects
  12. 34. the maximum displacement from equilibrium position
  13. 35. a subdivision of heavy atomic nucleus into two fragments of roughly equal mass
  14. 36. a wave in medium in which each point on axis has associated constant amplitude
  15. 37. in physics it is the change in position of object with respect to time
  16. 38. a type of wave where particles vibrate perpendicular to direction of propagation
  17. 40. shift in apparent frequency for sound wave produced by moving source
  18. 43. the ray that bounces off mirror/angle
  19. 45. states that the incident angle always equals reflected angle
  20. 48. specific heat capacity of what is 4186J/kg
  21. 49. states that sini/sinr is a constant for pair of media
  22. 50. energy required to change from solid to liquid
  23. 51. energy absorbed or released when substance changes phase
  24. 54. caused by unpredictable, unknown changes in measurement instrument
  25. 55. defined as rate at which object changes velocity
  26. 56. flow of charges/electrons in closed loop
  27. 59. a way to express large or small number in suitable fashion
  28. 63. bending of light rays at boundary due to change in speed
  29. 64. science of describing motion of objects; branch of mechanics
  30. 65. this is a surface dashed line that is perpendicular to surface of mirror
  31. 69. compromises branches so current divides and only part of it flows through branch
  32. 70. the energy in the nucleus of an atom
  33. 71. a consistent, repeatable error associated with flawed equipment or experiment design
  34. 72. the mass multiplied by velocity
  35. 73. in an isolated system, the total energy must remain the same; energy only transform one from the other
Down
  1. 1. energy in a spring when it is compressed or stretched
  2. 2. represents variations in objects position over course of time
  3. 3. is a curved mirror in which reflecting surface caves inward
  4. 4. line passing through center of sphere and attaching to mirror in exact center of mirror
  5. 7. a term that quantifies overall effect of a force acting over time
  6. 8. describes how close measured values agree with the true value
  7. 9. states that acceleration of object is directly related to net force and inversely related to its mass
  8. 10. SI unit for temperature
  9. 11. the distance between same points on two successive waves
  10. 12. time taken to make one complete cycle
  11. 15. a mirror in which reflecting surface is curved outward
  12. 16. has only one path through which current can flow
  13. 17. where momentum is conserved in collision and kinetic energy is not
  14. 19. a variation between the measured value and the actual value of quantity
  15. 20. object (traveling through air or other medium), upon which gravity is only force
  16. 21. the opposition to current flow
  17. 23. a value calculated from the ratio of the speed of light in a vacuum to that in a second medium of greater density
  18. 24. branch of science concerned with nature and prop. of matter and energy
  19. 25. measure of energy supplied to charge to move around circuit
  20. 27. the ray traveling from laser to mirror/angle
  21. 29. states that if body is at rest or going at constant speed in straight line then it will remain that way
  22. 30. shows how far object travel over time
  23. 33. speed of what wave is 340 m/s
  24. 39. the capacity for doing work
  25. 41. number of cycles per second/time
  26. 42. can be used to find specific heat capacity of unknown substance
  27. 44. continuous stream of regular disturbances in medium that results in energy being transformed without material itself being moved
  28. 46. collisions where both momentum and kinetic energy are conserved
  29. 47. reveals info about acceleration of object over time
  30. 52. how to calculate avg acceleration
  31. 53. energy required to change from liquid to gas
  32. 57. states that the extension of a spring is directly proportional to stretching force
  33. 58. where magnetic materials are attracted or repelled by magnets
  34. 60. states that the force between two bodies is directly proportional to product of charge and inversely proportional to the square of the distance between them
  35. 61. at rest, resistance to change
  36. 62. this energy is produced when a rise in temperature causes atoms and molecules to move faster and collide with each other
  37. 66. this is the only image formed in convex mirror
  38. 67. at which energy is transformed and work is done
  39. 68. quantities that are fully described by magnitude alone