13. Provide all of the bone markings can be used to distinguish the right femur from the left. Tibia and fibula (and bone markings) https:/www.youtube.com/watch?v= hruHpUoB7Y 14. What bone articulates with the distal end of the femur, the tibia or the fibula? 15. What bone markings can be used to distinguish the right tibia from the left? 16. What bone markings can be used to distinguish the right fibula from the left? 17. What holds the fibula to the tibia? An interosseous membrane. Humerus (and bone markings) https://www.youtube.com/watch?v%3DN2vOrbMnkjg 18. What does the proximal end of the humerus articulate with? 19. What bone markings can be used to distinguish the right humerus from the left? 20. What bones does the distal end of the humerus articulate with? 21. How does the head of the humerus compare/contrast to the head of the femur? Ulna and Radius (and bone markings) https://www.youtube.com/watch?v=WIT17E123WA 22. Provide all of the bone markings can be used to distinguish the right ulna from the left. 23. Provide all of the bone markings can be used to distinguish the right radius from the left

13. Provide all of the bone markings can be used to distinguish the right femur from the left. Tibia and fibula (and bone markings) https:/www.youtube.com/watch?v= hruHpUoB7Y 14. What bone articulates with the distal end of the femur, the tibia or the fibula? 15. What bone markings can be used to distinguish the right tibia from the left? 16. What bone markings can be used to distinguish the right fibula from the left? 17. What holds the fibula to the tibia? An interosseous membrane. Humerus (and bone markings) https://www.youtube.com/watch?v%3DN2vOrbMnkjg 18. What does the proximal end of the humerus articulate with? 19. What bone markings can be used to distinguish the right humerus from the left? 20. What bones does the distal end of the humerus articulate with? 21. How does the head of the humerus compare/contrast to the head of the femur? Ulna and Radius (and bone markings) https://www.youtube.com/watch?v=WIT17E123WA 22. Provide all of the bone markings can be used to distinguish the right ulna from the left. 23. Provide all of the bone markings can be used to distinguish the right radius from the left

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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11. Complete the following table by providing two examples of a uniaxial joint, a biaxial joint, and a triaxial joint. For each example, identify the bone markings that serve as articulating surfaces and list the movements (flexion, extension, abduction, adduction, etc.) that occur. Type of Joint Uniaxial joints Biaxial joints Triaxial joints Examples a. d. 9. j. m. p. onst priod of 189 Articulating Surfaces b. e. h. k. n. q. Movements C. f. i. I. r. O. CUCU
3 Label the features of the tibia: (this is the front view) lateral condyle, intercondylar tubercles, medial condyle, tibial tuberosity, medial malleolus Label the features of the fibula: head, lateral malleolus $ Are these left tibia and fibula or are they right tibia and fibula? R % 5 Medial condyle T Tibial tuberosity Medial malleolus ‒‒ F5 * A 6 F6 Y * F7 & 7 U PrtScn F8 *80 Home Intercondylar tubercules Literal condyle Head of fibula Lateral malleolus F9 9 End F10 O PgUp F11 0 P
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Key Term Matching 1. phalanges 2. ulna glenoid cavity carpals coxal bone deltoid tuberosity 7. humerus 8. olecranon process 9. metacarpals 10. styloid process 11. radius 12. obturator foramen 4. 5. 6. 13. scapula 14. anterior crest 15. tarsals 16. lateral malleolus 17. clavicle 18. tibia 19. metatarsals 20. talus 21. fibula emen) 22. greater trochanter 23. femur 24. scaphoid 25. patella REVIEW ACTIVITIES A. the shoulder blade B. C. the hand bones D. one is found on both the ulna and radius E. forearm bone on same side as the thumb F. G. the ankle bones H. thicker of the lower leg bones I. one of the tarsal bones formed by pubis and ischium one of the carpal bones viivit A pnilads! the upper arm bone J. K. the kneecap L. located on fibula M. the digits N. forearm bone on same side as the little finger O. located on the scapula P. the thigh bone Q. located on femur R. thinner of the lower leg bones S. the hip bone T. located on tibia U. the wrist bones V. located on the ulna W. the…
1. Osteoporosis can produce breakage of the femur at this bone marking 2. What bones of the axial skeleton are found deep to the subscapular fossa on the scapula? 3. These two features helps to stabilize the shoulder without the help of the joints and let the shoulder have maximal movement.
F3 What is the difference between "diaphysis" and "epiphysis"? What is the difference between a "condyle" and a "process"? What do the words "proximal" and "distal" mean when talking about a particular long bone? 4 Identify the following by placing an "X" in the correct place: 1) Distal end of the humerus R Go on to the next nage in this assionment F4 % T ▬ ¤ A 6 F6 Y i 1 50- 2) Proximal end of the femur F7 & 7 U O PrtScn chFB * 8 14 Home F9 9 End F10 O PgUp F11 P
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You must create two lists on the following topics: The fracture risk model The vertebral fracture assessment Once you have created the lists, you must answer in a paragraph the following question: Compare and contrast the fracture risk model and vertebral fracture assessment.
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