Would you expect to find valves in the veins leading from the brain to the heart? Defend your answer.

Question

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Answer 1

Textbook Question

Chapter 15, Problem 1CC

Would you expect to find valves in the veins leading from the brain to the heart? Defend your answer.

Expert Solution & Answer

Summary Introduction

To determine: Whether valves can be found in the veins leading to the heart from the brain.

Introduction: The force that generates a flow of blood through the cardiovascular system is known as ventricular contraction. The flow of blood is directly proportional to the pressure gradient between any two ends.

Explanation of Solution

Veins arising from the brain do not need valves as the flow of blood occurs with the help of gravity. As the blood flows through the circulatory system, the blood pressure becomes highest in the arteries and decreases continuously. The vessels offer some resistance to blood flow, resulting in loss of energy. Finally, the pressure is decreased. The friction between the blood flows occurs due to blood flow resistance.

Conclusion

There are valves in the veins which leads to the heart from the brain/

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Answer 2

Textbook Question

Chapter 15, Problem 1CC

Would you expect to find valves in the veins leading from the brain to the heart? Defend your answer.

Expert Solution & Answer

Summary Introduction

To determine: Whether valves can be found in the veins leading to the heart from the brain.

Introduction: The force that generates a flow of blood through the cardiovascular system is known as ventricular contraction. The flow of blood is directly proportional to the pressure gradient between any two ends.

Explanation of Solution

Veins arising from the brain do not need valves as the flow of blood occurs with the help of gravity. As the blood flows through the circulatory system, the blood pressure becomes highest in the arteries and decreases continuously. The vessels offer some resistance to blood flow, resulting in loss of energy. Finally, the pressure is decreased. The friction between the blood flows occurs due to blood flow resistance.

Conclusion

There are valves in the veins which leads to the heart from the brain/

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Answer 3

Textbook Question

Chapter 15, Problem 1CC

Would you expect to find valves in the veins leading from the brain to the heart? Defend your answer.

Expert Solution & Answer

Summary Introduction

To determine: Whether valves can be found in the veins leading to the heart from the brain.

Introduction: The force that generates a flow of blood through the cardiovascular system is known as ventricular contraction. The flow of blood is directly proportional to the pressure gradient between any two ends.

Explanation of Solution

Veins arising from the brain do not need valves as the flow of blood occurs with the help of gravity. As the blood flows through the circulatory system, the blood pressure becomes highest in the arteries and decreases continuously. The vessels offer some resistance to blood flow, resulting in loss of energy. Finally, the pressure is decreased. The friction between the blood flows occurs due to blood flow resistance.

Conclusion

There are valves in the veins which leads to the heart from the brain/

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Answer 4

Textbook Question

Chapter 15, Problem 1CC

Would you expect to find valves in the veins leading from the brain to the heart? Defend your answer.

Expert Solution & Answer

Summary Introduction

To determine: Whether valves can be found in the veins leading to the heart from the brain.

Introduction: The force that generates a flow of blood through the cardiovascular system is known as ventricular contraction. The flow of blood is directly proportional to the pressure gradient between any two ends.

Explanation of Solution

Veins arising from the brain do not need valves as the flow of blood occurs with the help of gravity. As the blood flows through the circulatory system, the blood pressure becomes highest in the arteries and decreases continuously. The vessels offer some resistance to blood flow, resulting in loss of energy. Finally, the pressure is decreased. The friction between the blood flows occurs due to blood flow resistance.

Conclusion

There are valves in the veins which leads to the heart from the brain/

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

To determine: Whether valves can be found in the veins leading to the heart from the brain.

Introduction: The force that generates a flow of blood through the cardiovascular system is known as ventricular contraction. The flow of blood is directly proportional to the pressure gradient between any two ends.

Explanation of Solution

Veins arising from the brain do not need valves as the flow of blood occurs with the help of gravity. As the blood flows through the circulatory system, the blood pressure becomes highest in the arteries and decreases continuously. The vessels offer some resistance to blood flow, resulting in loss of energy. Finally, the pressure is decreased. The friction between the blood flows occurs due to blood flow resistance.

Conclusion

There are valves in the veins which leads to the heart from the brain/

Answer 8

Expert Solution & Answer

Summary Introduction

To determine: Whether valves can be found in the veins leading to the heart from the brain.

Introduction: The force that generates a flow of blood through the cardiovascular system is known as ventricular contraction. The flow of blood is directly proportional to the pressure gradient between any two ends.

Explanation of Solution

Veins arising from the brain do not need valves as the flow of blood occurs with the help of gravity. As the blood flows through the circulatory system, the blood pressure becomes highest in the arteries and decreases continuously. The vessels offer some resistance to blood flow, resulting in loss of energy. Finally, the pressure is decreased. The friction between the blood flows occurs due to blood flow resistance.

Conclusion

There are valves in the veins which leads to the heart from the brain/

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To determine: Whether valves can be found in the veins leading to the heart from the brain.

Introduction: The force that generates a flow of blood through the cardiovascular system is known as ventricular contraction. The flow of blood is directly proportional to the pressure gradient between any two ends.

Answer 12

Explanation of Solution

Veins arising from the brain do not need valves as the flow of blood occurs with the help of gravity. As the blood flows through the circulatory system, the blood pressure becomes highest in the arteries and decreases continuously. The vessels offer some resistance to blood flow, resulting in loss of energy. Finally, the pressure is decreased. The friction between the blood flows occurs due to blood flow resistance.

Answer 13

Conclusion

There are valves in the veins which leads to the heart from the brain/

Answer 14

Ch. 15 - Would you expect to find valves in the veins...Ch. 15 - Prob. 2CC Ch. 15 - Who has the higher pulse pressure, someone with...Ch. 15 - The formula given for calculating MAP applies to a...Ch. 15 - Prob. 5CC Ch. 15 - Resistance to blood flow is determined primarily...Ch. 15 - Prob. 7CC Ch. 15 - Prob. 8CC Ch. 15 - Skeletal muscle arterioles have both - and...Ch. 15 - Prob. 10CC

Would you expect to find valves in the veins leading from the brain to the heart? Defend your answer.

Solution Summary: The author explains the force that generates a flow of blood through the cardiovascular system is known as ventricular contraction.

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