Answer: Option C) endoplasmic reticulum
The endoplasmic reticulum essentially aids in cellular homeostasis by providing the main transport mechanism for proteins within the cell.
Explanation:
Since the endoplasmic reticulum is a membrane-like structure that form channels within the cytoplasm of the cell, it helps in the transportation of materials such as synthesized proteins within the cytoplasm. Hence, helping to achieve a stable internal environment by the action of the transported proteins such as hormones , enzymes etc act on their target areas.
Answer:
D) sun's core
Explanation:
Let me know if this helps :)
The answer is B: it creates offspring from parents
Answer:
The correct answer is c) logistic
Explanation:
Logistic growth occurs during a population growth when the resources are limiting. During logistic growth sigmoid (S-shaped) growth curve is produced when population size is placed over time.
In logistic growth first the population increases slowly then after some time it increase on the logarithmic phase until it levels off near the maximum carrying capacity due to environmental resistance. Beyond this maximum carrying capacity growth rate does not increase and becomes constant.
This generates an s-shaped curve called a sigmoid curve which shows the logistic growth. So the correct answer is c.
Answer:
cloning, Finn-Dorset, DNA, nucleus
Explanation:
So basically what they're doing here is they're taking the cytoplasm of a cell of the Scottish Blackface sheep (maybe a lamb?, whatever)/removing the nucleus inside that cell and instead inserting the nucleus of the Finn-Dorset sheep. Then they insert that "integrated" cell (so to speak) into a surrogate ewe so that the blastocyst can evolve and develop into Dolly (the lamb/sheep).
The process is cloning. The resulting offspring would be genetically identical to the Finn-Dorset (sheep/lamb) b/c the nucleus is coming from that sheep & the nucleus has the genetic material (DNA). Hope ya found this helpful :)
P.S. Oh yeah, and thanks for the fifty points (hopefully)