The change of surface area does not affect the speed of dissolving. Hence the correct answer is option D.
Explanation:
Temperature has an effect on dissolving speed of the solute. If the temperature is raised high then dissolving rate becomes high and if the temperature is low the dissolving speed become slow. Steering also helps in increasing the dissolving speed of the solute.
Insulated container also allows to increase the temperature of dissolving the solute into the solvent. But the surface area is only a phenomenon which does not affect the rate of dissolving of a solute. Therefore, we can see that surface area has no effect on the dissolving speed.
The insulated container, keeps aislated what it holds. It´s purpose is to preserve, and avoid in some cases temperature change. This type of containers also are helpful when you need to transport or storage sensitive materials.
Water molecules will still be able to move across the cell membrane but at a slower rate.
Explanation:
D isn’t a sensible answer because Aquaporin is a protein with a role to regulate water transport. In its absence, of course there will be defects. And A is impossible due to the existence of active transport. (I also looked it up) (:
Answer:The wall of the aorta is thicker than that of the inferior venacava; this is because the aorta is the artery that carries blood from the heart from the left ventricle to the whole body (except the lungs), while the superior and inferior venacava are the veins that carry blood from the body to the right atrium. hope this helps !:)
