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Chapter. 4-1 to 4-4. Practice Test. 1. degrees. 2. 3. degrees. 4. Convert 315 ° to radians. radians. 1. ?. Convert 315 ° to radians. 5. Find the angular velocity  in radians per second of an object turning at 600 rpm.

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  1. Chapter 4-1 to 4-4 Practice Test

  2. 1

  3. degrees

  4. 2

  5. 3

  6. degrees

  7. 4

  8. Convert 315° to radians radians 1 ?

  9. Convert 315° to radians

  10. 5

  11. Find the angular velocity in radians per second of an object turning at 600 rpm

  12. Find the angular velocity in radians per second of an object turning at 600 rpm rads sec

  13. Find the angular velocity in radians per second of an object turning at 600 rpm 600 rev rads min sec

  14. Find the angular velocity in radians per second of an object turning at 600 rpm 600 rev rads min rev sec

  15. Find the angular velocity in radians per second of an object turning at 600 rpm 600 rev rads min 1 rev sec

  16. Find the angular velocity in radians per second of an object turning at 600 rpm 600 rev 1 min rads min 1 rev sec 60 sec

  17. Find the angular velocity in radians per second of an object turning at 600 rpm 600 rev 1 min rads min 1 rev sec 60 sec

  18. 6

  19. A skater is skating around the edge of a circular pond at a distance of 9m from the center. Her linear velocity is 4.9 m/s. Determine her angular velocity in radians per second. Round to the nearest hundredth.

  20. A skater is skating around the edge of a circular pond at a distance of 9m from the center. Her linear velocity is 4.9 m/s. Determine her angular velocity in radians per second. Round to the nearest hundredth.

  21. A skater is skating around the edge of a circular pond at a distance of 9m from the center. Her linear velocity is 4.9 m/s. Determine her angular velocity in radians per second. Round to the nearest hundredth. ?

  22. A skater is skating around the edge of a circular pond at a distance of 9m from the center. Her linear velocity is 4.9 m/s. Determine her angular velocity in radians per second. Round to the nearest hundredth. ?

  23. A skater is skating around the edge of a circular pond at a distance of 9m from the center. Her linear velocity is 4.9 m/s. Determine her angular velocity in radians per second. Round to the nearest hundredth. ?

  24. A skater is skating around the edge of a circular pond at a distance of 9m from the center. Her linear velocity is 4.9 m/s. Determine her angular velocity in radians per second. Round to the nearest hundredth. ?

  25. A skater is skating around the edge of a circular pond at a distance of 9m from the center. Her linear velocity is 4.9 m/s. Determine her angular velocity in radians per second. Round to the nearest hundredth. ? rad sec

  26. A skater is skating around the edge of a circular pond at a distance of 9m from the center. Her linear velocity is 4.9 m/s. Determine her angular velocity in radians per second. Round to the nearest hundredth. ? rad sec

  27. A skater is skating around the edge of a circular pond at a distance of 9m from the center. Her linear velocity is 4.9 m/s. Determine her angular velocity in radians per second. Round to the nearest hundredth. ? rad sec

  28. 7

  29. Coterminal Angle

  30. Coterminal Angle

  31. Coterminal Angle

  32. Coterminal Angle

  33. 8

  34. Coterminal Angle

  35. 9

  36. Find the exact value of each of the 6 trigonometric functions if P(2,–5) lies on the terminal side of angle  in standard position. Draw the reference triangle.

  37. II I Angle in Standard Position III IV

  38. II I Which lies on the terminal side III IV

  39. II I Of Angle  III IV

  40. II I Draw a Reference Triangle III IV

  41. II I III IV

  42. II I ? III IV

  43. II I III IV

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