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QUESTION 44 If total cross-sectional area of blood vessels in an organ increases, what happens to velocity of blood through that organ? increased decreased O unchanged O stopped

QUESTION 44 If total cross-sectional area of blood vessels in an organ increases, what happens to velocity of blood through that organ? increased decreased O unchanged O stopped

Human Physiology: From Cells to Systems (MindTap Course List)
Human Physiology: From Cells to Systems (MindTap Course List)
9th Edition
ISBN:9781285866932
Author:Lauralee Sherwood
Publisher:Lauralee Sherwood
Chapter11: The Blood
Section: Chapter Questions
Problem 1SQE
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Question Completion Status: QUESTION 44 If total cross-sectional area of blood vessels in an organ increases, what happens to velocity of blood through that organ? increased O decreased O unchanged O stopped QUESTION 45 While shopping at your local drugstore, you stop at the blood pressure machine. It measures your blood pressure as 115/75 (good-that's healthy!). This number means that O arterial pressure is 115 mm Hg when the ventricles contract and 75 mm Hg in between ventricular contractions. O your sinoatrial node generates a 115 mV signal and your atrioventricular node generates a 75 mV signal. O your sinoatrial node generates a 75 mV signal and your atrioventricular node amplifies this to a 75 mV signal. arterial pressure is 115 mm Hg when the atria contract and 75 mm Hg in between atrial contractions. Honorlock Browser Guard ™ app.honorlock.com is sharing your screen. Stop sharing Hide TM
Transcribed Image Text:Question Completion Status: QUESTION 44 If total cross-sectional area of blood vessels in an organ increases, what happens to velocity of blood through that organ? increased O decreased O unchanged O stopped QUESTION 45 While shopping at your local drugstore, you stop at the blood pressure machine. It measures your blood pressure as 115/75 (good-that's healthy!). This number means that O arterial pressure is 115 mm Hg when the ventricles contract and 75 mm Hg in between ventricular contractions. O your sinoatrial node generates a 115 mV signal and your atrioventricular node generates a 75 mV signal. O your sinoatrial node generates a 75 mV signal and your atrioventricular node amplifies this to a 75 mV signal. arterial pressure is 115 mm Hg when the atria contract and 75 mm Hg in between atrial contractions. Honorlock Browser Guard ™ app.honorlock.com is sharing your screen. Stop sharing Hide TM
arterial pressure is 75 mm Hg when the ventricles contract and 115 mm Hg in between ventricular contractions. QUESTION 46 To become bound to hemoglobin for transport in a mammal, atmospheric molecules of oxygen must cross O zero membranes –oxygen binds directly to hemoglobin, a protein dissolved in the plasma of the blood one membrane-that of the lining in the lungs-and then bind directly to hemoglobin, a protein dissolved in the plasma of the blood two membranes-in and out of the cell lining the lung-and then bind directly to hemoglobin, a protein dissolved in the plasma of the blood four membranes-in and out of the cell lining the lung, in and out of the endothelial cell lining an alveolar capillary and then bind directly to hemoglobin, a protein dissolved in the plasma of the blood five membranes-in and out of the cell lining the lung, in and out of the endothelial cell lining an alveolar capillary, and into the red blood cell-to bind with hemoglobin Honorlock Browser Guard" app.honorlock.com is sharing your screen. TM Stop sharing Hide MacBook Po.
Transcribed Image Text:arterial pressure is 75 mm Hg when the ventricles contract and 115 mm Hg in between ventricular contractions. QUESTION 46 To become bound to hemoglobin for transport in a mammal, atmospheric molecules of oxygen must cross O zero membranes –oxygen binds directly to hemoglobin, a protein dissolved in the plasma of the blood one membrane-that of the lining in the lungs-and then bind directly to hemoglobin, a protein dissolved in the plasma of the blood two membranes-in and out of the cell lining the lung-and then bind directly to hemoglobin, a protein dissolved in the plasma of the blood four membranes-in and out of the cell lining the lung, in and out of the endothelial cell lining an alveolar capillary and then bind directly to hemoglobin, a protein dissolved in the plasma of the blood five membranes-in and out of the cell lining the lung, in and out of the endothelial cell lining an alveolar capillary, and into the red blood cell-to bind with hemoglobin Honorlock Browser Guard" app.honorlock.com is sharing your screen. TM Stop sharing Hide MacBook Po.
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