Wilmarie Busher-
Quiz von , erstellt am more than 1 year ago

This quiz reviews major misconceptions from pop quiz today on objective 3.

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Wilmarie Busher-
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Objective 3

Frage 1 von 15

1

_____________________________ blood enters the right atrium of the heart then goes to the right ventricle.

Wähle eine der folgenden:

  • deoxygenated

  • oxygenated

Erklärung

Frage 2 von 15

1

_____________________________ blood enters the left atrium of the heart then goes to the left ventricle.

Wähle eine der folgenden:

  • deoxygenated

  • oxygenated

Erklärung

Frage 3 von 15

1

From the right ventricle ___________________________ blood leaves through the _______________________________ .

Wähle eine der folgenden:

  • oxygenated; pulmonary vein

  • oxygenated; pulmonary artery

  • oxygenated; aorta

  • deoxygenated; pulmonary vein

  • deoxygenated; pulmonary artery

  • deoxygenated; aorta

Erklärung

Frage 4 von 15

1

From the left ventricle ___________________________ blood leaves through the _______________________________ .

Wähle eine der folgenden:

  • deoxygenated; pulmonary vein

  • deoxygenated; pulmonary artery

  • deoxygenated; aorta

  • oxygenated; pulmonary vein

  • oxygenated; pulmonary artery

  • oxygenated; aorta

  • The blood from the lungs is brought back to the heart oxygenated. Then, it moves from the left atria to the left ventricle. After this, it is push out to the body by the aorta.

Erklärung

Frage 5 von 15

1

Blood always enters the ventricles before the atria.

Wähle eins der folgenden:

  • WAHR
  • FALSCH

Erklärung

Frage 6 von 15

1

What is the function of the alveoli?

Wähle eine der folgenden:

  • To change the blood into oxygenated blood.

  • To bring the oxygen we breath close to the pulmonary capillaries to allow for gas exchange to occur.

  • To deliver blood to the body.

  • To allow blood to flow through them to be oxygenated.

Erklärung

Frage 7 von 15

1

The pulmonary artery

Wähle eine der folgenden:

  • Takes deoxygenated blood to the right ventricle.

  • Takes oxygenated blood to the right ventricle.

  • Takes oxygenated blood to the left ventricle.

  • Takes oxygenated blood to the body.

  • Takes deoxygenated blood to the lungs.

  • Takes oxygenated blood to the lungs.

Erklärung

Frage 8 von 15

1

The pulmonary vein

Wähle eine der folgenden:

  • Takes oxygenated blood to the lungs.

  • Takes deoxygenated blood to the lungs.

  • Takes oxygenated blood to the left atrium

  • Takes deoxygenated blood to the left atrium

  • Takes oxygenated blood to the body.

  • Takes deoxygenated blood to the body.

Erklärung

Frage 9 von 15

1

Which best describes inhalation?

Wähle eine der folgenden:

  • Oxygen saturated air traveling into our lungs through our pulmonary vein and aorta.

  • Oxygen saturated air traveling into our lungs through our trachea, bronchi, bronchioles, and alveoli.

  • Oxygen saturated air traveling out of our lungs through our pulmonary vein and aorta

  • Oxygen saturated air traveling out of our lungs through our trachea, bronchi, bronchioles, and alveoli.

Erklärung

Frage 10 von 15

1

The superior vena cava

Wähle eine der folgenden:

  • Takes blood away from the heart to the tissues.

  • Takes blood away from the heart to the tissues below the heart.

  • Takes blood away from the heart to the tissues above the heart.

  • Brings blood to the heart from tissues below the heart.

  • Brings blood to the heart from tissues above the heart

Erklärung

Frage 11 von 15

1

The inferior vena cava

Wähle eine der folgenden:

  • Takes blood away from the heart to the tissues.

  • Takes blood away from the heart to the tissues below the heart.

  • Takes blood away from the heart to the tissues above the heart.

  • Brings blood to the heart from tissues below the heart.

  • Brings blood to the heart from tissues above the heart

Erklärung

Frage 12 von 15

1

Which accurately describes how blood enters and leaves the heart?

Wähle eine der folgenden:

  • Oxygenated blood travels from the lungs down the pulmonary vein to the heart. Blood enters the heart through the left atrium and goes down the left ventricle. Deoxygenated blood enters the right ventricle and leaves through the aorta. Then goes down the pulmonary artery to be distributed throughout the body.

  • Deoxygenated blood is brought to the heart by the superior and inferior vena cava from the body. In the heart, the deoxygenated blood goes through the right atrium down into the right ventricle, which passes the blood through the aorta to the lungs and exhalation occurs. Inhalation occurs and oxygen goes into the lungs. The aveoli does the gas exchange. The pulmonary vein sends blood enters the left atrium and goes to the left ventricle. Then the oxygenated blood is delivered to the tissues and the cycle starts over.

  • Deoxygenated blood is brought to the heart by the superior and inferior vena cava from the body. In the heart, the deoxygenated blood goes through the right atrium down into the right ventricle, which passes the blood through the pulmonary artery to the lungs. Here, gas exchange of CO2 (exhalation) and O2 (inhalation) occurs. The oxygenated blood goes back into the pulmonary veins to the left atrium which pumps into the left ventricle and up the aorta back to the body. Then the oxygenated blood is delivered to the tissues and the cycle starts over.

  • Deoxygenated blood is brought to the heart by the superior and inferior vena cava from the body. In the heart, the deoxygenated blood goes through the left atrium down into the left ventricle, which passes the blood through the pulmonary artery to the lungs. Here, gas exchange of CO2 (exhalation) and O2 (inhalation) occurs. The oxygenated blood goes back into the pulmonary veins to the right atrium which pumps into the right ventricle and up the aorta back to the body. Then the oxygenated blood is delivered to the tissues and the cycle starts over.

  • Deoxygenated blood is brought to the heart by the superior and inferior vena cava from the body. In the heart, the deoxygenated blood goes through the left atrium down into the left ventricle, which passes the blood through the pulmonary vein to the lungs. Here, gas exchange of CO2 (exhalation) and O2 (inhalation) occurs. The oxygenated blood goes back into the pulmonary artery to the right atrium which pumps into the right ventricle and up the aorta back to the body. Then the oxygenated blood is delivered to the tissues and the cycle starts over.

  • The alveoli in the body sent deoxygenated blood to the pulmonary vein and it sent deoxygenated blood to the right atrium. Then, the blood goes into the right ventricle which squeezes up and from here the deoxygenated blood goes through the aorta and into the lungs. From the lungs, the oxygenated blood goes to the inferior vena cava. The pulmonary artery sends the oxygenated blood to the left atrium, then it goes into the left ventricle.

Erklärung

Frage 13 von 15

1

Why is it important for one to refence the heart in anatomical position?

Wähle eine der folgenden:

  • If one looks at a picture of a heart or someone else standing in anatomical position then one will incorrectly label the atria and ventricles of the heart.

  • Standing in anatomical position is not important.

  • If one looks at a picture of a heart or someone else standing in anatomical position then one will correctly label the atria and ventricles of the heart.

Erklärung

Frage 14 von 15

1

_____________________________ drives gas exchange.

Wähle eine der folgenden:

  • active transport

  • aveoli

  • facilitated diffusion

  • passive diffusion

  • blood

Erklärung

Frage 15 von 15

1

What is hemoglobin's role in gas exchange?

Wähle eine der folgenden:

  • Hemoglobin binds to and transports oxygen to the tissues.

  • Hemoglobin binds to and transports carbon dioxide to the lungs.

  • Hemoglobin binds to and transports red blood cells in the blood.

  • Hemoglobin binds to and transports nutrients to the tissues.

Erklärung

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