As for this problem, the most probable and the most likely answer to this would be C) The rate of the photosynthesis increases with an increase in carbon dioxide.
Taking into consideration what was given that there are two areas with equal sunlight and available water. Both areas are named as Area I and Area II respectively. While Area I has a high amount of atmospheric carbon dioxide, the Area II has a low amount of atmospheric carbon dioxide. We all know that plants need carbon dioxide in order to perform photosynthesis and as a result, release oxygen to the environment. Thus, the higher the amount of carbon dioxide, with enough sunlight and available water, the higher the rate of photosynthesis will be.
Stem cells become specialized cells such as blood cells because certain genes are activated and cause a particular cell to develop (Option B). It is called differentiation.
<h3>What is cellular differentiation?</h3>
Cellular differentiation refers to the process by which certain genes are expressed in a particular cell lineage.
Cellular differentiation leads to the formation of mature specialized cells that perform specific functions.
For example, immature hematopoietic stem cells become differentiated to produce mature red blood cells.
Learn more about cellular differentiation here:
brainly.com/question/998614
Answer:
arms and shoulders
Explanation:
at least with me, after I lift weights, I do this and I can feel the focus on my arms and shoulders. It hurts like a b though lol
Answer:
Good to know.
Explanation:
Yeah, alrighty. Is this a true or false question? If not then ya just stating facts.
The answer is Convergence of images behind the Retina
Convex lens converges light to a principal focus. The thickness of the lens determines the focal length (distance between the center of the lens and the principal focal point). Therefore, by evaluating the thickness of the convex lens, farsightedness, (an eye defect of convergence of images behind the retina) can be corrected by enabling images in the eye to form behind the retina.