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Circulatory and Respiratory Review

Circulatory and Respiratory Review

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Circulatory and Respiratory Review. What does the circulatory system provide the body?. Maintains homeostasis Regulate temperature Delivers gases and nutrients. How many chambers does the human heart have?. 4. What are the upper chambers of the heart called?. atria. - PowerPoint PPT Presentation

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Page 1: Circulatory and Respiratory Review

Circulatory and Respiratory Review

Page 2: Circulatory and Respiratory Review

• What does the circulatory system provide the body?

Page 3: Circulatory and Respiratory Review

• Maintains homeostasis• Regulate temperature• Delivers gases and nutrients

Page 4: Circulatory and Respiratory Review

• How many chambers does the human heart have?

Page 5: Circulatory and Respiratory Review

• 4

Page 6: Circulatory and Respiratory Review

• What are the upper chambers of the heart called?

Page 7: Circulatory and Respiratory Review

• atria

Page 8: Circulatory and Respiratory Review

• What is the purpose of the chordae tendinae?

Page 9: Circulatory and Respiratory Review

• Tendons that hold the valve flaps in place

Page 10: Circulatory and Respiratory Review

• Differentiate between the arteries, veins, capillaries

Page 11: Circulatory and Respiratory Review

• Arteries carry blood to the body from the heart filled with oxygen. They have a larger ring of smooth muscle.

• Veins carry CO2 filled blood back to the heart. They contain valves

• Capillaries are microscopic and is the site of gas exchange.

Page 12: Circulatory and Respiratory Review

• What are the scientific names for Red Blood Cells and White Blood Cells?

Page 13: Circulatory and Respiratory Review

• Erythrocytes• Leukocytes

Page 14: Circulatory and Respiratory Review

• What is the term for hardening of the arteries with fat deposits?

Page 15: Circulatory and Respiratory Review

• artheriosclerosis

Page 16: Circulatory and Respiratory Review

• Which side of the heart has the oxygenated blood?

Page 17: Circulatory and Respiratory Review

• left

Page 18: Circulatory and Respiratory Review

• Name the major blood vessels entering and leaving the heart.

Page 19: Circulatory and Respiratory Review

• Entering: superior and inferior vena cava• Leaving: Aorta

Page 20: Circulatory and Respiratory Review

• What is blood pressure?

Page 21: Circulatory and Respiratory Review

• The pressure exerted against the artery walls.

Page 22: Circulatory and Respiratory Review

• What is normal blood pressure?

Page 23: Circulatory and Respiratory Review

• 120/80

Page 24: Circulatory and Respiratory Review

• What is the high blood pressure called?

Page 25: Circulatory and Respiratory Review

• hypertension

Page 26: Circulatory and Respiratory Review

• What is the difference between systole and diastole?

Page 27: Circulatory and Respiratory Review

• Systole measure the contraction of blood traveling out of the heart on the artery walls.

• Diastole measures its relaxation

Page 28: Circulatory and Respiratory Review

• What percentage of the blood is hematocrit and plasma?

Page 29: Circulatory and Respiratory Review

• Hematocrit = 45%• Plasma = 55%

Page 30: Circulatory and Respiratory Review

• What helps carry oxygen around in the blood?

Page 31: Circulatory and Respiratory Review

• hemoglobin

Page 32: Circulatory and Respiratory Review

• What is sickle-celled anemia?

Page 33: Circulatory and Respiratory Review

• A genetic disorder that has collapsed red blood cells.

Page 34: Circulatory and Respiratory Review

• How long does a red blood cell live?

Page 35: Circulatory and Respiratory Review

• 120 days

Page 36: Circulatory and Respiratory Review

• What is the role of leukocytes?

Page 37: Circulatory and Respiratory Review

• To rid the body of foreign invaders.

Page 38: Circulatory and Respiratory Review

• What will happen if a person receives the wrong blood type?

Page 39: Circulatory and Respiratory Review

• Their blood will clump up

Page 40: Circulatory and Respiratory Review

• Which blood type is the universal donor and recipient?

Page 41: Circulatory and Respiratory Review

• Donor = type O• Recipient = type AB

Page 42: Circulatory and Respiratory Review

• Why do your cells needs oxygen?

Page 43: Circulatory and Respiratory Review

• To help metabolize food.

Page 44: Circulatory and Respiratory Review

• How is food stopped from entering the trachea?

Page 45: Circulatory and Respiratory Review

• The epiglottis covers it as food is swallowed

Page 46: Circulatory and Respiratory Review

• What does the larynx do?

Page 47: Circulatory and Respiratory Review

• Produces sound

Page 48: Circulatory and Respiratory Review

• What line of defense do the lungs use against debris that has gone into the lungs?

Page 49: Circulatory and Respiratory Review

• Mucus and macrophages

Page 50: Circulatory and Respiratory Review

• Explain the role of the diaphragm in breathing in and out.

Page 51: Circulatory and Respiratory Review

• As the diaphragm contracts it lowers lung air pressure causing a person to inhale.

• As the diaphragm relaxes it raises lung air pressure causing a person to exhale.

Page 52: Circulatory and Respiratory Review

• What is tidal volume?

Page 53: Circulatory and Respiratory Review

• A normal breathe.

Page 54: Circulatory and Respiratory Review

• What does surfactant do?

Page 55: Circulatory and Respiratory Review

• Keeps water from sticking to alveoli walls

Page 56: Circulatory and Respiratory Review

• How is the majority of CO2 carried around in the blood?

Page 57: Circulatory and Respiratory Review

• As bicarbonate.

Page 58: Circulatory and Respiratory Review