Answer:
Aorta→ Systemic arteries →Body tissue→ Systemic Veins→Vena cava→Right atrium→Right Ventricle→ Pulmonary artery →Lungs →Pulmonary vein→ Left Atrium →Left Ventricle→Aorta
Explanation:
Steps by which blood travels trheough heart from the time it enters the systemic circulation until it returns the systemic circulation.:
- Aorta takes the Oxygenated Blood from the Heart and distributes it to the body tissues throughsystemic arteries.
- The deoxygenated blood from the tissues diffuses out into the capillaries and to the systemic veins.
- Veins join to form the two venacava, the superior vena cava in Inferior vena cava.
- The vena cava pours deoxygenated blood into the Right atrium.
- The deoxygenated blood is pumped into right ventricle through the tricuspid valve.
- The Right ventricle pumps the deoxygenated blood to the lungs throught the pulmonary artery.
- The blood that enters the lung gets oxygenated and is taken up by pulmonary vein .
- The oxygenated blood is then pumped into the left atrium by the pulmonary vein..
- The oxygenated blood from the left atrium is pumped into left ventricle through bicuspid valve.
- The oxygenated blood is then pumped into aorta by the Left ventricle through the aortic valve.
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I'm pretty sure my answers are correct. Hope this helps! :)
Explain why some lobsters may have one claw that is larger than the other claw. ... Why might it be particularly beneficial for the giant spider crab to be so large<span>?</span>
<span>Once the enzyme binds to the specific substrate molecule, structural changes can occur in the active site to accommodate the product. This structural change lowers the activations energy and increases the rate of the reaction. The active site changes its shape until an enzyme-substrate complex is formed and activated.</span>
Answer:
Because water is polar, the molecules have the ability to stick together at the surface of a body of water to form surface tension.
Explanation:
The above statement is the most suitable characteristics which happens to be responsible for the phenomenon.