I believe the answer is not b, because for equilibrium to occur there cannot be genetic drift. I believe the answer is not a, because gene flow is not allowed under hardy weinberg equilibrium. I believe the answer is not D, because a, and b, which are not right answers, all talk about genetic changes occuring. Since D is also a genetic change, I would say the answer is
C. Random mating occurs, which is one of the conditions to create hardy weinberg equilibrium
Answer:
Cellular respiration is part of the metabolism in living things including humans. Metabolism means providing energy and providing energy means continuing life, so cellular respiration is vital. This process manufacture ATP, ATP is one of the most important units of energy that cells release its energy to use whenever they need it.
Explanation:
Hope this helps! :>
This is just the answer to the question, but we can disscuss if you need other help!
This isn't true. There are numerous factors as to when and why a cell divides; just a little bit of searching will return a great deal of information concerning the why and when.
This is true, but isn't the primary reason that a cell divides; I misinterpreted the question.
Growth and cell size does determine when cell division takes place. In short, the demands of the cell become to great for the DNA contained in the cell. Remember, the DNA contains the genetic code to produce the proteome that is needed to maintain the inter-workings of a cell. When the cell becomes to large, the proteome is not able to meet the requirements of the cell, which leads to division.
The link that I included in the source has a great deal of information concerning this.
Answer:
the warmed air can “hold” a good deal more moisture than the cool air. ...
Answer:
Cytokinesis
Explanation:
This is the last stage of the cell cycle. Shown here, the parent cell is dividing into two daughter cells due to the division of cytoplasm between the two daughter cells. This stage is known as cytokinesis (or telophase).
