If the solution becomes transparent we could assume that ; The solution was hypotonic and the cells had burst.
<h3>Tonicity of red blood cells </h3>
To test for Tonicity of red blood cells, we placed the cells in a solution.When red blood cells are placed in hypotonic solution there is high rate of osmosis in which the solvent flows into the red cells placed in the solution the cells will experience a process known as Hemolysis and these cells do not diffuse light, the solution becomes a red transparent solution.
Hence we can conclude that If the solution becomes transparent we could assume that ; The solution was hypotonic and the cells had burst.
Learn more about Tonicity of red blood cells : brainly.com/question/6658551
I’m on that same question
Answer:
Hello. You did not give the answer options, but observing the information given in the question and using deductive reasoning, we can say that the order in which the characters are located in the queue, from the first to the last are: Greta, Lori, Lilly, Ivan , Jack and Helen.
Explanation:
Deductive reasoning is one that is constructed from the logic shown by premises that were previously presented. For example, if I speak of the premise that bats are mammal animals, I can conclude that bats have lungs, since, logically, all marine animals have lungs.
Thus, through the premises shown in the question above, we can deduce what is the order of the characters in the queue and who is in front of whom.
Answer:
Adaptive evolution
Explanation:
The radiation of finches in the Galápagos archipelago is the result of the natural selection process described by Darwin as adaptive evolution. Evolution is the process for which the organisms better adapted to its environment have more chances to survive and to reproduce, thereby leaving more offspring in the next generation.
Moreover, adaptive evolution refers to the mechanism for which species evolve by the emergence of advantageous mutations that are fixed through positive selection, thereby favoring the phenotypes that have higher adaptive fitness.