FULL TEST BANK For Anatomy & Physiology (includes A&P Online course): Anatomy & Physiology (includes A&P Online course) 10th Edition by Kevin T. Patton PhD (Author) Latest Update Graded A+

11. What are the three regions of the adrenal cortex, and what types of hormones are produced by each region? ANS: Answers will vary. DIFF Memorization : p. 587 UPPER: Adrenal Cortex 12. Explain why it is equally likely that males and females can produce hCG. ANS: It is fetal tissue hormone; either sex can make it. DIFF Memorization : p. 594 UPPER: Placenta ESSAY 1. Nancy had an annual physical last week, and her urine indicated a high level of chorionic gonadotropin. What does this mean for Nancy? ANS: Answers will vary. DIFF Application : p. 593 UPPER: Mechanisms of Disease 2. Select a hormone that would cause a problem for the body if it were hyposecreted or hypersecreted. Name and describe the conditions caused by both hyposecretion and hypersecretion of that hormone. ANS: Answers will vary. DIFF Synthesis : pp. 596-597 UPPER: Mechanisms of Disease Chapter 27: Blood Patton: Anatomy and Physiology, 10th Edition MULTIPLE CHOICE 1. Which of the following is(are) involved in determining a person’s total blood volume? a. Age b. Body type c. Sex d. All of the above ANSWERS:D DIFF Memorization : p. 609 UPPER: Blood Volume 2. Blood volume per kilogram of body weight varies inversely with: a. skeletal volume. b. body fat. c. water weight. d. height. ANSWERS:B DIFF Memorization : p. 609 UPPER: Blood Volume 3. A hematocrit of 56% would be an indication of: a. leukocytosis. b. anemia. c. leukemia. d. polycythemia. ANSWERS:D DIFF Application : p. 610 UPPER: Hematocrit 4. Which mature cell has no nucleus, mitochondria, or ribosomes? a. Erythrocyte b. Leukocyte c. Platelet d. Neutrophil ANSWERS:A DIFF Memorization : p. 610 UPPER: Red Blood Cells (Erythrocytes) 5. A normal adult red blood cell count ranges from _ million/cubic mm. a. 4.2 to 6.2 b. 5.5 to 6.5 c. 6.5 to 7.5 d. 7.5 to 8.5 ANSWERS:A DIFF Memorization : p. 611 UPPER: Red Blood Cells (Erythrocytes) 6. Which of the following cell types can carry oxygen? a. Leukocyte b. Thrombocyte c. Platelet d. Erythrocyte ANSWERS:D DIFF Memorization : p. 611 UPPER: Function of Red Blood Cells 7. A hematocrit of 40% means that in every 100 ml of whole blood, there are: a. 40 red blood cells and the remainder is fluid plasma. b. 40 ml of fluid plasma and 60 ml of red blood cells. c. 40 ml of red blood cells and 60 ml of fluid plasma. d. 2 liters (40% of 5 liters total) of fluid plasma. ANSWERS:C DIFF Application : p. 610 UPPER: Hematocrit 8. Under the microscope, erythrocytes appear as: a. biconcave disks without nuclei. b. circular disks with centrally located nuclei. c. circular disks with several nuclei. d. oval disks with multilobed nuclei. ANSWERS:A DIFF Memorization : p. 610 UPPER: Red Blood Cells (Erythrocytes) 9. Erythropoiesis is the formation of: a. platelets. b. red blood cells. c. white blood cells. d. all of the above. ANSWERS:B DIFF Memorization : p. 613 UPPER: Formation of Red Blood Cells 10. Many types of blood cells are produced in the: a. liver. b. red bone marrow. c. spleen. d. pancreas. ANSWERS:B DIFF Memorization : p. 613 UPPER: Formation of Red Blood Cells 11. In the formation of blood cells, the megakaryoblast ultimately develops into: a. lymphocytes. b. platelets. c. monocytes. d. both A and B. ANSWERS:B DIFF Memorization : p. 620 UPPER: Formation and Life Span of Platelets 12. Erythropoietin is a hormone: a. released by the kidney to stimulate