Match the description with the proper organ/structure/function. Arteries [ Choose ] [Choose ] Beats per minute Blood ejected per heart beat Series of tubes that carries deoxygenated blood back the heart High blood pressure Muscle that controls the flow of blood in the capillary bed Middlle structure of the blood vessels (larger in artery than vein) Have small pores to allow transport of material at capillary bed Carry oxygenated blood throughout the body Low blood pressure Normal Blood Pressure Controlled by skeletal muscle pump to move blood to the heart Venous system Stroke Volume Fenestrated capillaries precapillary sphincter [ Choose ] Valves in veins [ Choose ] 120/80 [ Choose ] Tunica media [ Choose ] > >

Match the description with the proper organ/structure/function. Arteries [ Choose ] [Choose ] Beats per minute Blood ejected per heart beat Series of tubes that carries deoxygenated blood back the heart High blood pressure Muscle that controls the flow of blood in the capillary bed Middlle structure of the blood vessels (larger in artery than vein) Have small pores to allow transport of material at capillary bed Carry oxygenated blood throughout the body Low blood pressure Normal Blood Pressure Controlled by skeletal muscle pump to move blood to the heart Venous system Stroke Volume Fenestrated capillaries precapillary sphincter [ Choose ] Valves in veins [ Choose ] 120/80 [ Choose ] Tunica media [ Choose ] > >

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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Similar questions

The blood in the human body flows from the Blank 1. Fill in the blank, read surrounding text. atrium through Blank 2. Fill in the blank, read surrounding text. valve to left ventricle, then through semilunar valve to the Blank 3. Fill in the blank, read surrounding text. , through large and smaller arteries and arterioles to capillaries in all parts of the body, then through venules and larger and larger veins to vena Blank 4. Fill in the blank, read surrounding text. , from there to right atrium, through Blank 5. Fill in the blank, read surrounding text. valve to right ventricle, through Blank 6. Fill in the blank, read surrounding text. valve to Blank 7. Fill in the blank, read surrounding text. trunk and arteries, through the capillaries in the alveoli, to pulmonary Blank 8. Fill in the blank, read surrounding text. , then we are back at the beginning in the left atrium. Word list: left, right, mitral, semilunar, aorta, brachiocephalic, saphena, azygous, cava, tricuspid,…
Discuss in detail each portion of the Wiggers Diagram. Include in your answer all mention of applicable: blood pressure (aortic, atrial, and ventricular), ventricular volume, EKG, heart sounds, and events of the cardiac cycle.
Sketch and label a section of an arterial wall.
Watch this video (http://openstaxcollege.org/l/ capillaryfunct) to explore capillaries and how they function in the body. Capillaries are never more than 100 micrometers away. What is the main component of interstitial fluid?
Describe blood flow through the heat. Begin at the superior and inferior vena cava and end at the ascending aorta
In detail describe heart organ level.
A 58-year old man suffers a heart attack and dies three days later. Examination of his heart reveals left ventricular hypertrophy; an area of necrotic tissue; no scar tissue; stenosis (narrowing) of his right coronary artery with evidence of recent thrombus. His medical records reveal a history of mild hypertension and poor diet.List the order of events that lead to his heart attack.
For each row, select the correct bolded term for arteries and veins... for example is the pressure in arteries HIGH or LOW? The pressure in veins is UICH ar OW? For Blank 5 NUte. une pressure and flow of each vessel (with a *) cause the lower row features. For example, vessel structure is adapted to compensate for high pressure or low pressure. Arteries Veins *Pressure- high or low? *Pressure- fluctuates or constant? *Flow- good or poor? Diameter- wide or narrow? Tunica media- thick/thin? Valves present- yes or no? Skeletomuscle pump improves flow – Yes or no? Some of these vessels have a lot of elastin - Yes or no?
Mark ALL the statements about capillaries that are TRUE. Select one or more: a. Towards the venule end of the capillary, the blood pressure is higher than the osmotic pressure. b. Fluid will leave the capillaries when the osmotic pressure exceeds the blood pressure. c. Capillaries are only one cell layer thick so the blood moves through them at low velocity. d. Capillaries have a total cross-sectional area that is greater than any other class of vessels. e. The blood pressure will decrease as the blood flows through the capillaries from the arterioles.
Trace the path of a drop of blood, starting at the right atrium and returning to the right atrium, through the pulmonary and systemic circuits of the cardiovascular system. Identify the chambers, valve, and vessels ( except specific systemic blood vessels that are not directly associated with the heart) indicate whether the blood is oxygenated or deoxygenated in each area.
Trace the path of a red blood cell from the left ventricle to a capillary in the right lung. Name the heart chambers, valves, major blood vessels that the cell would pass through (in order) as well as describing the order of vessel types it would pass through in the lungs and body locations (if appropriate). If there is an option as to the path, choose whatever path you prefer.
Why do interstitial fluids build up in the capillary beds of tissues? O the venous capillaries absorb more fluids than can be delivered by arterial capillaries O more fluid is usually released by arterial capillaries than is absorbed by venous capillaries O interstitial spaces lack dissolved proteins or other types of dissolved electrolytes O tissue cells within the capillary beds tend to expel fluids into nearby open spaces Next