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Striations 

1. Letter A? Fascicle ligament Fascia tendon. A. No Striations . Striations . Intercalated Disk . #2- The whole structure!. A. 2. What fiber is going to get pulled in this diagram? Actin C. ATP Myosin D. Myofibril. 3. Letter A? Fascicle Myofibril Fascia

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Striations 

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  1. 1. Letter A? Fascicle ligament Fascia tendon A No Striations Striations  Intercalated Disk 

  2. #2- The whole structure! A • 2. What fiber is going to get pulled in this diagram? • Actin C. ATP • Myosin D. Myofibril

  3. 3. Letter A? Fascicle Myofibril Fascia Muscle fiber No Striations Striations  Intercalated Disk  A

  4. 4. Where is the myofibril? No Striations A Striations  Intercalated Disk  D B C

  5. 9. Which letter is pointing to a muscle fiber? • A. A B. B • C. C D. D #5 A D No Striations C Striations  Intercalated Disk  A B

  6. #6 A • 2. What fiber is going to get pulled in this diagram? • Actin C. ATP • Myosin D. Myofibril

  7. 7. Letter A? Fascicle ligament Fascia tendon No Striations A Striations  Intercalated Disk 

  8. Muscles No Striations Striations  8. This is the bone that moves when a muscle is contracted Origin Insertion Intercalated Disk 

  9. 9. What is the name of the thick rope seen here? • Actin C. ATP • Myosin D. Myofibril

  10. <-------- # 10. This structure connects the muscle to the bone. What is it? • Ligament • Tendon • Fascicle • Icicle No Striations Striations  Intercalated Disk 

  11. Muscles No Striations Striations  11. The point where myosin “grabs” actin filament is called a (n) A. Set Point B. Cross Point C. Cross Stitch D. Cross Bridge Intercalated Disk 

  12. 12. What is the name of the thin rope seen here? • Actin C. ATP • Myosin D. Myofibril

  13. <-------- #13. This is the covering of the muscle. What is it? • Myofibril • Fascia • Fascism • Tendon No Striations Striations  Intercalated Disk 

  14. Muscles No Striations Striations  14. Your biceps are considered this type of muscle A. Elastic B. Skeletal C. Hyaline D. Cardiac Intercalated Disk 

  15. 15. Which letter is pointing to a muscle fiber? • A. A B. B • C. C D. D D No Striations C Striations  Intercalated Disk  A B

  16. Muscles No Striations Striations  16. This type of muscle is involuntary and unstriated. What is it? A. Smooth B. Skeletal C. Hyaline D. Cardiac Intercalated Disk 

  17. Muscles No Striations Striations  17. Muscle fibers are broken down into functional units called A. Myofibrils B. Sarcomeres C. Z Lines D. A Lines Intercalated Disk 

  18. Muscles 18. Exercise increases the number of these organelles in the muscle No Striations Striations  Intercalated Disk 

  19. Muscles 19. This is the neurotransmitter that is released from nerve cells that initiates muscle contraction No Striations Striations  Intercalated Disk 

  20. Muscles 20. Neurotransmitters are carried in little packages that leave the nerve and enter into the muscle No Striations Striations  Intercalated Disk 

  21. Muscles 21. Name this muscle No Striations Striations  Intercalated Disk 

  22. Muscles 22. Name this muscle No Striations Striations  Intercalated Disk 

  23. Muscles 23. Name this muscle No Striations Striations  Intercalated Disk 

  24. Muscles 24.Name this muscle No Striations Striations  Intercalated Disk 

  25. Muscles No Striations 25.Name this muscle Striations  Intercalated Disk 

  26. Muscles 26. This condition is caused the failure of myosin to release from actin No Striations Striations  Intercalated Disk 

  27. Muscles No Striations Striations  27. Name this muscle Intercalated Disk 

  28. Muscles No Striations Striations  28. Name this muscle Intercalated Disk 

  29. Muscles 27. Name this muscle No Striations Striations  Intercalated Disk 

  30. Muscles 30. This is the period after a muscle contraction that the muscle cannot contract No Striations Striations  Intercalated Disk 

  31. Muscles 31. Name this muscle No Striations Striations  Intercalated Disk 

  32. Muscles 30.This term describes moving a bone toward the midline of the body A. Adduction B. Abduction C. Rotation D. Extention No Striations Striations  Intercalated Disk 

  33. Muscles 28.This term describes moving a bone upward A. Adduction B. Abduction C. Elevation D. protrsction No Striations Striations  Intercalated Disk 

  34. Muscles 29.This term describes moving a bone 360 degrees A. Rotation B. Abduction C. Circumduction D. Extention No Striations Striations  Intercalated Disk 

  35. Muscles 30.This ion is most closely associated with contraction IN THE MUSCLE A. Calcium B. Chlorine C. Plutonium 254 D. Nitrogen No Striations Striations  Intercalated Disk 

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