Pleural Effusion! Hope this helps stay safe :)
The answer is; right atrium, pulmonary arteries, pulmonary veins, left ventricle, aorta
Deoxygenated blood from the tissues flows into the heart through the vena cava vein. The blood is pumped by the right ventricle to the lungs through the pulmonary artery. The blood gets oxygenated in the lungs and flows back to the heart through the pulmonary vein. The heart (left ventricle) then pumps the oxygenated blood to tissues through the aorta.
Both saline and NaCl solutions can be grouped as salt solution.
So by the given percentages, we can conclude that the cell has a higher water potential than the solution because it has a lower salt concentration.
In this case, the water molecules will flow from the cell to the solution, down the water potential gradient due to osmosis.
Osmosis is always the flow of water molecules from the region of higher water potential to a region of lower water potential through a semi permeable membrane, which is the cell membrane.
Since so much water is lost from the cell, the cytoplasm will shrink and detach from the cell wall. When this happens, we call this phenomenon plasmolysis.
So the answer should be the cytoplasm shrinks and detach from cell wall.
Solute is the substance that dissolves
- Solute is a minor component
- Solvent is a major component
- Solutions is a mixture where the solute is uniformly distributed in the solvent.
- Solution is homogeneous mixture that contains particles the size of a typical ion or small molecule.
- The mass of the solute dissolved per unit volume of solvent is called Concentration
- Solubility is The concentration of a saturated solution
- Solutes lower the freezing point and raise the boiling point of a solvent.
- Saturated Solution is a solution in which no more solid can be dissolved
- Unsaturated Solution is solution in which more solid can be dissolved
- Precipitate is a solid that crystallizes out of a saturated solution as it is cooled.
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