Answer:
The correct answer is A. It has a diploid number of chromosomes.
Following a meal, glucose must move from the gut lumen, where there is a high glucose concentration, through membrane proteins and into intestinal cells, where there is a relatively low level of glucose. this movement is called <u>diffusion</u>
This is simply because glucose moves from a region where it is highly concentrated in the gut lumen to a region of less concentration in the intestinal wall.
<h3>Diffusion</h3>
Diffusion can simply be defined as the movement of substances from a region of high concentration to a region of low concentration.
So therefore, Following a meal, glucose must move from the gut lumen, where there is a high glucose concentration, through membrane proteins and into intestinal cells, where there is a relatively low level of glucose. this movement is called diffusion
Learn more about diffusion of substances:
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Answer:
Platyhelminthes
Explanation:
Platyhelminthes (phylum Platyhelminthes), also known as flatworms, are bilaterian, unsegmented and soft-bodied invertebrates. Platyhelminthes are hermaphroditic organisms with internal fertilization. In addition, this group shows a series of characteristics including 1-a ladder-like nervous system, 2-presence of parenchyma in the body cavity, and 3-flame cells, i.e., specialized excretory cells that function like a kidney. Platyhelminthes can be divided into three groups: Turbellaria (generally found in freshwater), Trematoda (generally parasitic), and Cercomeromorpha (exclusively parasitic).
Plateau is an Area of Highland with Steep Slopes and is Relatively Flat on the Top.
The Type of Landform the Geologist came across is Plateau.
This is a tricky question. At first glance, there are two possible answer, B and D. But the thing is, D is incorrect because it states that photosynthesis occurs only in plants and that is not true since algae also use the same process.
→ So the answer is B because photosynthesis produces glucose which is stored but cellular respiration breaks down the glucose turning it into ATP.
Hope it helped,
BioTeacher101
