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The two opposing forces at work to regulate capillary exchange rate are Blood Pressure and Osmotic…

skeletal muscles The two opposing forces at work to regulate capillary exchange are and osmotic pressure. heart Osmotic pressure is caused by the of the blood, while blood pressure is caused by the beating of the and protein content venous salt blood pressure At the end of a capillary, water enters the bloodstream duo to tho being bigher th ere

skeletal muscles The two opposing forces at work to regulate capillary exchange are and osmotic pressure. heart Osmotic pressure is caused by the of the blood, while blood pressure is caused by the beating of the and protein content venous salt blood pressure At the end of a capillary, water enters the bloodstream duo to tho being bigher th ere

Human Physiology: From Cells to Systems (MindTap Course List)

9th Edition

ISBN:9781285866932

Author:Lauralee Sherwood

Publisher:Lauralee Sherwood

Chapter9: Cardiac Physiology

Section: Chapter Questions

Problem 3TAHL

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Similar questions

How do arteries differ from veins? a. Arteries have thicker wall layers to accommodate the changes in pressure from the baa b. Arteries carry blood. c. Arteries have thinner wall layers and valves and move blood by the action of skeletal muscla d. Arteries are thin wafted and are used for gas exchange.
Watch this video (http://openstaxcollege.org/l/dynamicfluid) to see an explanation of the dynamics of fluid in the bodys compartments. What happens in tissues when capillary blood pressure is less than osmotic pressure?
Autoregulation of blood flow to an organ depends on reactive changes inwhich of the following?A. blood viscosityB. Capillary recruitmentC. cardiac outputD. perfusion pressureE. vascular resistance
Oxygen and Carbon Dioxide are exchanged from the blood to cells here: A) ArteriesB) PlateletsC) CapillariesD) Veins
The advantage of having a heart with two atria is that a) oxygenated and deoxygenated blood are separatedb) blood is pumped directly from heart to tissuesc) blood can be slowed down before going to tissuesd) the body can support a higher blood pressuree) there are two muscular regions for pumping
Explain the importance/function for each of thefollowing:a. High elastic fiber content in the aortab. Smooth muscle in the arteriolesc. Extensive capillaries in the liver and lungsd. Valves in the leg veins
Assume your heart rate is 70 beats per minute (bpm), and eachminute your heart pumps 5.25 l of blood to your body. Based onyour age to the nearest day, about how many times has your heartbeat so far, and what volume of blood has it pumped?
Comparing and contrasting arteries and veins, veins havea. thicker walls.b. a greater amount of smooth muscle than arteries.c. a tunica media, but arteries do not.d. valves, but arteries do not.e. All of these are correct
Describe the factors that influence the movement of fluidfrom capillaries into the tissues.
Blood velocity is slowest in the capillaries A. Explain the mechanics of why blood slows down in these blood vessels (objective N) B. What would happen if blood velocity was fastest in the capillaries?
Which of the following is unique to cardiac musclecells?a. Only cardiac muscle contains a sarcoplasmicreticulum.b. Only cardiac muscle has gap junctions.c. Only cardiac muscle is capable ofautorhythmicityd. Only cardiac muscle has a high concentration ofmitochondria.
When the blood pressure is high, how will the myogenic reflex help to bring the blood pressure baack to normal? (circle all that apply)a. Calcium channels on smooth muscle opensb. Potassium channels open helping potassium to rush into the cellc. Vasoconstriction take placed. Stretch receptors in the afferent arterioles are activated e. Vasodilation take place