Answer:
A. can be used for both catabolism and anabolism
Explanation:
An amphibolic pathway can be used for both catabolic and anabolic reactions.
During Catabolism, complex or large molecules are broken down into smaller ones. Catabolism produces energy.
During anabolism, larger molecules are made from simple ones. Anabolism uses up energy.
Both catabolism and anabolism are needed in the cell.
An example of an amphibolic pathway is the Kreb's cycle. It produces intermediates (molecules) that are used by both catabolic and anabolic pathways.
Answer: The correct answer is -
The phenotypic ratio for this cross is 3:1 ( short tail: long tail).
As per the information in the question, short tail of cat (depicted by T allele) is a dominant trait over long tails of cat (depicted by t allele), which is a recessive allele.
A dominant trait always masks the expression of recessive trait.
There can be two possible genotype for short tails, which are 'TT' and 'Tt'.
On the other hand, there is only one possible genotype for long tail, which is 'tt'.
Thus, from the given cross, we can conclude that the phenotypic ratio, representing the physical appearance of tail that is short and long tails is 3:1 (short tails: long tails).
Explanation:
A food web shows how organisms in a community prey and feed on each other (feeding relationships). It is composed of many interconnected food chains. In addition, it, therefore, shows how energy is transferred up an ecosystem from the primary producers (in this case the trees and grass) to the tertiary consumers (in this case the hawks and wolves).
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For more on food webs check out;
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Answer:
This trait is rare when it occurs. Some genes depend on other genes to be expressed, so in most cases a trait is denied an expression. But its still there, so it passes down to generation until it gets expressed.
Explanation:
Answer:
d.
Explanation:
According to my research on the scientific method, I can say that based on the information provided within the question in this experiment the control group shouldn’t be exposed to music, but otherwise treated the same as the experimental groups. This is because in an experiment a control group is a group that the researcher control every aspect of, this group needs to be treated exactly like all the other groups but with the absence of the variable that is being tested on the other groups. Which in this experiment would be the music.
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