1. What would happen to blood flow if pressure increased? Decreased? What would happen to blood...

1. What would happen to blood flow if pressure increased? Decreased? What would happen to blood flow if resistance increased? Decreased?

2. What kinds of things affect resistance in blood vessels? Which one of these has the greatest effect? Explain why in terms of laminar flow.

Expert Solution

1. What would happen to blood flow if pressure increased? Decreased? What would happen to blood flow if resistance increased? Decreased?

Answer: In our body blood is pumped to arteries by heart. Blood pressure (BP) is the pressure exerted by circulating blood upon the walls of blood vessels. Blood pressure is also known as the arterial pressure in the systemic circulation. The high blood pressure is harmful to the body because it may rapture the arteries of the brain and heart kidneys which may cause blood clotting and if rupturing took place in heart and brain then it may lead to stroke and ultimately causes death. It also causes eyesight loss. Whereas the decreased blood pressure is also harmful to the medical term it is known as hypotension. The major symptoms of low blood pressure are the weakness, fainting, nausea, dehydration, blurred vision, and depression.

Blood flow during increased or decreased resistance

Resistance means having obstacles in normal blood flow. When the resistance is increased the blood flow decreases and when resistance is decreased the blood flow increases. The major causes of the resistance to blood flow are blood volume, vessel length, and blood viscosity.

2. What kinds of things affect resistance in blood vessels? Which one of these has the greatest effect? Explain why in terms of laminar flow.

Answer: The resistance in the flow of blood in a vascular system mainly depends upon the blood vessels length, diameter, the actual organization blood vessel, physical characteristics of blood like viscosity, laminar flow and extravascular forces which acts on the blood vessels. Mainly the diameter and length of the vascular system account for the resistance of the blood flow. The length of the vessel is directly proportional to the resistance, greater the length greater the flow resistance. Another factor such as blood volume and blood viscosity also plays role in flow resistance.

gladiator answered 2 years ago

What would happen to net income and cash flow if depreciation were increased by $1 million?

Butterfly Tractors had $14 million in sales last year. Cost of goods sold was $8.00 million, depreciation expense was $2 million, interest payment on outstanding debt was $1 million, and the firm’s tax rate was 35%.What would happen to net income and cash flow if depreciation were increased by $1 million? (Enter your numeric answers in millions rounded to 2 decimal places. Select "unaffected" if the results do not affect the balance.)

What would happen to water absorption if the osmotic pressure if the blood were to increase...

What would happen to water absorption if the osmotic pressure if the blood were to increase above normal? explain.

6. Nicotine is a vasoconstrictor. What would you expect to happen to the blood pressure of...

6. Nicotine is a vasoconstrictor. What would you expect to happen to the blood pressure of a chronic cigarette smoker? Explain your answer. 7. Does a person with a very high post-exercise heart rate have a high or low oxygen debt?

1. An obstruction in blood flow to the kidneys would result in A. increased erythropoiesis. B. reduced...

1. An obstruction in blood flow to the kidneys would result in A. increased erythropoiesis. B. reduced release of renin from the juxtaglomerular cells C. pernicious anemia. D. increased glucose clearance 2. Why do you need parietal cells in your stomach to produce red blood cells? A.The stomach is needed for nutrition, and you need amino acids and iron to make red blood cells. B.Iron (Fe2+) is absorbed in the stomach by parietal cells C.Parietal cells secrete intrinsic factor, which is...

Decreased blood flow through the renal artery stimulates the release of renin into the blood. What...

Decreased blood flow through the renal artery stimulates the release of renin into the blood. What happens next? Describe the process until it has influenced renal function.

Use the pressure-flow model to explain what is likely to happen to water, pressure and solute...

Use the pressure-flow model to explain what is likely to happen to water, pressure and solute potential in the following scenarios and how that is likely to affect sugar transport in the phloem: a. Potatoes rapidly growing and accumulating starch. b. An Arabidopsis thaliana mutant homozygous for a loss-of-function mutation in the sucrose-H+ transporter SUC2. c. A plant watered with salty water accumulating higher than normal levels of Na+ and Cl- ions in the root xylem. d. A plant in...

Question

1. What would happen to blood flow if pressure increased? Decreased? What would happen to blood...

Solutions

Expert Solution

Related Solutions

What would happen to net income and cash flow if depreciation were increased by $1 million?

What would happen to water absorption if the osmotic pressure if the blood were to increase...

6. Nicotine is a vasoconstrictor. What would you expect to happen to the blood pressure of...

1. An obstruction in blood flow to the kidneys would result in A. increased erythropoiesis. B. reduced...

Decreased blood flow through the renal artery stimulates the release of renin into the blood. What...

Use the pressure-flow model to explain what is likely to happen to water, pressure and solute...

Which of these changes will result in increased blood pressure?

What happened to the glomerular capillary pressure and GFR when you decreased the afferent radius? Increased...

1) Is the compliance decreased or increased on the above problem? 2) What is the naturally...

What if you reversed the scenario and increased the pH to basic conditions. What would happen...