Answer:
Four.
Explanation:
Helen Fisher describes romantic love "as a very primitive, basic human emotion as basic as fear, anger or joy". She explained that men and women in prehistoric times who were in love were bound together in preparation for child bearing. But, after four years of raising a child through infancy, the love that once existed begins to wane. The couples tend to break up and search for new partners.
Answer:
In order to propose a hypothesis, there is a need to first see the function of gills in fishes. The gills of fishes comprise blood vessels that exhibit inherited tendencies of getting oxygen out of the water, which was consumed by fishes from their mouths. These gills also comprise thin walls, and when water moves over these walls of blood vessels, the oxygen from water moves into the blood, and then this oxygen-enriched blood goes to various organs.
Thus, one of the hypotheses in the given case, can be the number of blood vessels, which are found in the gills of the mentioned freshwater fish to be higher in comparison to the blood vessels found in the normal fishes, and apart from this, the surface area of the thin walls, which are found in the gills is also more in the new species of freshwater fish.
Secretion is similar to Reabsorption because in both substances cross endothelial cells lining the glomerulus and epithelial cells of Bowman's capsule.
Secretion is the movement of the molecules which are selective from the blood and then added to the filtrate in the tubule lumen by an active process. The secretion process enhances excretion by removal of the solutes from the peritubular capillaries.
Reabsorption is a process of movement of the substances in filtrate from lumen of proximal tubule back to the blood which flows through the peritubular capillaries and the cells of the proximal tubule transport the solutes out of the lumen and then water follows through the process of osmosis.
Answer:
yes and no at the same time well when your growing in to an adult so yes
Chlorophyll converts solar energy into chemical energy