Answer:
1. Ribosome–protein synthesis
Explanation:
Ribosomes are structures that are floating in cytoplasm and can be found attached to the endoplasmic reticulum. Ribosomes are also called as the protein factory of the cell because their foremost function is the protien synthesis. Proteins are required by the cell for basic cellular functions, cell division and damage repair etc.
Answer:
It would swell and then burst.
Explanation:
B. ecosystem
C. community
D. biome
The migrating group of Danaus plexippus, or Monarch butterflies, exemplifies a population, representing a collection of individuals of the same species in a specific geographic area capable of interbreeding.
The migrating group of Danaus plexippus, or Monarch butterflies, represents an example of a population.
A population, in ecological terms, refers to a group of individuals of the same species living in the same geographical area and capable of interbreeding.
In this case, the Monarch butterflies gather in clusters and migrate to a specific region in Mexico during the fall. While the term "population" focuses on a single species, it doesn't consider the interactions with other species or the physical environment.
In contrast:
- An ecosystem encompasses both living organisms and their physical environment.
- A community includes all the different species living in a particular area and their interactions.
- A biome refers to a large geographical area with specific climate and vegetation characteristics, encompassing multiple ecosystems and communities.
So, the Monarch butterflies migrating in clusters represent a population within the broader context of ecosystems, communities, and biomes.
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Answer:
The synthesis of an amino acid follows this pathway: precursor A → intermediate B → amino acid C. Each reaction is catalyzed by a different enzyme. This metabolic pathway is controlled by feedback inhibition with amino acid C inhibiting the conversion of precursor A to intermediate B. Amino acid C acts as a noncompetitive inhibitor of the first enzyme in the pathway.
Explanation:
A no-competitive inhibitor reduces the activity of an enzyme by binding at its active site although it has already bound to the corresponding substrate
Amino acid C acts as a noncompetitive inhibitor, regulating its own production via feedback inhibition. This is a common mechanism used in metabolic pathways to maintain balance.
In the described pathway, amino acid C regulates its own production by inhibiting the first step of the pathway. This is an example of a regulatory mechanism called feedback inhibition. Essentially, when there's plenty of amino acid C present, it will bind to the first enzyme in the pathway, preventing its action and thus stopping more of amino acid C from being produced. So, in this scenario, amino acid C is acting as a noncompetitive inhibitor of the first enzyme in the pathway.
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B) Because the solution is isotonic, there will be no net movement of either water or salt.
Answer;
A. Blood
Explanation;
The main organs of the Circulatory system are the heart, the brain, the lungs. There are other key things like arteries, veins, and capillaries but they are not organs.
The major tissues in the circulatory system are the epithelial, muscle, nervous, and connective tissues.
Blood is the main connective tissue in the circulatory system, but it's a liquid connective tissue. Blood tissue is in the same family as bone and cartilage, but instead it has a liquid medium that holds it together.