BIOLOGY HIGH SCHOOL

What is created using the sugars that areproduced during photosynthesis
A. seeds
B. starches
C. fiber
Helppp pls

Answers

Answer 1

Answer:

Answer:

B, starches

Explanation:

I’m not positive, but I think I remember this from 6th grade :)

Answer 2

Answer:

Answer:starch

Explanation combines the glucose molecules a larger molecule , which is starch

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If there is a high death rate and large amount of , populations will likely decrease.

Plasma is about ___ % water.
90
70
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95

Answers

i believe the answer is 90%

Why are amoebas more likely to use endocytosis than red algae? (2 points)Amoebas live in harsh environments and need to form endospores through endocytosis, while red algae rarely need to.
Reproduction in amoebas involves endocytosis, while reproduction in red algae involves spore formation.
The amoebas have to use endocytosis for photosynthesis while the red algae use pinocytosis during photosynthesis.
Endocytosis is the only way amoebas can bring food into their cells, while red algae can produce food by photosynthesis.

Answers

Amoebas are more likely to use endocytosis than red algae because D: Endocytosis is the only way amoebas can bring food into their cells, while red algae can produce food by photosynthesis.

The correct answer is -- Endocytosis is the only way amoebas can bring food into their cells, while red algae can produce food by photosynthesis.

Amoeba is an unicellular organism. It is an heterotroph follows holozoic nutrition. It engulf its food with the help of pesudopodia. engulfing of solid food is called endocytosis, whereas red algae such as Polysiphonia is an autotroph which synthesis its own food by the process of photosynthesis. thus, in red algae endocytosis does not occur.

In an ecosystem, a fungi, such as the mushroom pictured here, functions as aA) autotroph.
B) decomposer.
C) predator.
D) producer.

Answers

the answer is b sorry didn't see the picture but a fungi is a decomposer

Answer:

the answer is b

Explanation:

The geneticists studying the alien organisms have deciphered their genetic code. For Familiarity, they have used A, C, G, and T to indicate the bases in this code. A comparable genetic sequence in each alien has been identified in the genes that code for eye growth. This genetic sequence has allowed the aliens to be divided into six groups, with the single-tail three-eye group split in half. The geneticists also studied several outgroup species (not shown) to compile a likely ancestral DNA sequence. From this information, they have constructed four possible phylogenetic trees. Based on this genetic information, which phylogenetic tree is most parsimonious? a) phylogenetic tree I
b) phylogenetic tree II
c) phylogenetic tree III
d) phylogenetic tree IV

Answers

Answer:

Your question is incomplete, but I attached the exercise with the possible phylogenetic trees and all the information that your question missed. I hope it helps you.

The most parsimoniuous phylogenetic tree is c) phylogenetic tree III

Explanation:

The most parsimonious tree is the one that takes fewer base-change events, it's the simpler one. In this case it could be tree III or tree IV. But, if we look at the genetic evidence, group 2b and 3 are nearer than 2b and 2a; group 4 and 5 are also closely related. So it is possible that the group 2b, as well as groups 3,4 and 5, diverged from group 2a. So the answer is tree III.

Final answer:

The most parsimonious phylogenetic tree is the one that requires the least changes in the A, C, G, T genetic sequence coding for eye growth, thereby presenting the simplest explanation of evolutionary relationships among the alien species.

Explanation:

The question is asking which of the four possible phylogenetic trees represents the most parsimonious, or simplest, explanation of the shared genetic sequence for eye growth among the alien species. The most parsimonious tree would be one that requires the least amount of evolutionary change in terms of the genetic sequence. This would be determined by comparing each tree and the associated genetic sequences in the way they separate the six groups of aliens and particularly how they divide the single-tail three-eye group. This should provide the simplest explanation of evolutionary relationships based on the alien's genetic code of A, C, G and T.