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1. Given these characteristics: Matrix composed almost entirely of extracellular collagen fibers. It is able to withstand great pulling force Which of the tissue is described? A. Adipose B. Cartilage С. Bone D. Dense connective tissue E. Loose connective tissue 2. According to Frank-Starling law of the heart, A. increased preload causes increased cardiac output. B. increased afterload causes increased cardiac output. C. decreased preload causes increased afterload. D. afterload influences cardiac output more than preload. E. cardiac output is not influenced by preload.

1. Given these characteristics: Matrix composed almost entirely of extracellular collagen fibers. It is able to withstand great pulling force Which of the tissue is described? A. Adipose B. Cartilage С. Bone D. Dense connective tissue E. Loose connective tissue 2. According to Frank-Starling law of the heart, A. increased preload causes increased cardiac output. B. increased afterload causes increased cardiac output. C. decreased preload causes increased afterload. D. afterload influences cardiac output more than preload. E. cardiac output is not influenced by preload.

Biology: The Dynamic Science (MindTap Course List)
Biology: The Dynamic Science (MindTap Course List)
4th Edition
ISBN:9781305389892
Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Chapter44: The Circulatory System
Section: Chapter Questions
Problem 4TYK: A characteristic of blood circulation through or to the heart is that: a. the superior vena cava...
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1. Given these characteristics: Matrix composed almost entirely of extracellular collagen fibers. It is able to withstand great pulling forces. Which of the tissue is described? A. Adipose B. Cartilage С. Bone D. Dense connective tissue E. Loose connective tissue 2. According to Frank-Starling law of the heart, A. increased preload causes increased cardiac output. B. increased afterload causes increased cardiac output. C. decreased preload causes increased afterload. D. afterload influences cardiac output more than preload. E. cardiac output is not influenced by preload. 3. During ventricular diastole, pressure in the ventricles falls to large arteries is about mm Hg, while the pressure within the mm Hg. А. 120, 80 В. 80,120 С. 80,0 D. 0,80 Е. 40, 120 4. Whereas (a) reflex is most important for regulating mean arterial pressure on a short-term basis; And (b) mechanism is most important for regulating mean arterial pressure on a long-term basis. (a) A. baroreceptor B. chemoreceptor C. chemoreceptor (b) chemoreceptor baroreceptor hormonal D. hormonal baroreceptor E. baroreceptor hormonal 1
Transcribed Image Text:1. Given these characteristics: Matrix composed almost entirely of extracellular collagen fibers. It is able to withstand great pulling forces. Which of the tissue is described? A. Adipose B. Cartilage С. Bone D. Dense connective tissue E. Loose connective tissue 2. According to Frank-Starling law of the heart, A. increased preload causes increased cardiac output. B. increased afterload causes increased cardiac output. C. decreased preload causes increased afterload. D. afterload influences cardiac output more than preload. E. cardiac output is not influenced by preload. 3. During ventricular diastole, pressure in the ventricles falls to large arteries is about mm Hg, while the pressure within the mm Hg. А. 120, 80 В. 80,120 С. 80,0 D. 0,80 Е. 40, 120 4. Whereas (a) reflex is most important for regulating mean arterial pressure on a short-term basis; And (b) mechanism is most important for regulating mean arterial pressure on a long-term basis. (a) A. baroreceptor B. chemoreceptor C. chemoreceptor (b) chemoreceptor baroreceptor hormonal D. hormonal baroreceptor E. baroreceptor hormonal 1
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