Answer:
They are similar in that both involve the growth of new organisms in an environment. However they differ in that primary succession occurs in a place where no life had been before, while secondary succession occurs in place where life had been before, but was destroyed.
Some examples of primary succession include the formation of a new ecosystem after a volcano, glacier outbursts, or a nuclear explosion. Some examples of secondary succession include succession after fire, harvesting, logging, or abandonment of land or the renewal after a disease outbreak.
Answer is 1/2 = Aa
1/4 would be aa
1/4 would be AA
AnsweR:
Rough endoplasmic reticulum.
Explanation:
The endoplasmic reticulum is a member of the endomembrane system and is present as a continuation of the nuclear membrane. They are divided into the rough endoplasmic reticulum and smooth endoplasmic reticulum.
Rough endoplasmic reticulum has ribosomes on its surface and is responsible for the synthesis of secretory proteins. Smooth endoplasmic reticulum synthesize lipids.
Therefore cells that intensely biosynthesize secretory proteins like neurons, white blood cells have a greater amount of rough endoplasmic reticulum than another cell of the body.
Answer: major effect on the liver is that the liver will save the remaining sugar for the organ of the body that requires it e.g heart, kidney. Due to low glucose supply, the liver does produce and alternative called ketones. Which are used as source of energy by the organs.
Explanation: when a person has 1000 insulin receptor, it shows plainly that the person has low(less insulin). insulin plays a big row in the liver cells because it helps glucose production and regulations in the lever cell and when its low it limit it's production that is the required amount of glucose needed by the liver to function properly will be low because the insulin now takes more time in producting the glucose required by the liver.. Because of that, it makes liver to release less glucose into the human body and also the liver tries to find an alternative way to produce energy through ketones(ketogenesis) for the human organs.