It is also called as the fermentation. It is the kind of respiration which helps the cells to breakdown energy in the absence of oxygen.
It is called as the aerobic respiration which takes place in the presence of oxygen.
Anaerobic that stands for without oxygen.This is the method of the cellular respiration where it does not basically require the oxygen in order to generate the energy. For the smaller animals for breathing , here is no enough oxygen present so that they will need energy for surviving in absence of oxygen.
Anaerobic respiration is the process in which the cells just break down into sugars just to produce out energy in the absence of oxygen. The respiration is called as fermentation. it mainly takes place in yeast cells, bacteria, and muscle cells of animals.
Learn more about fermentation at :
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Answer:
Intramolecular respiration
Explanation:
I think sorry if i'm wrong
b. Capillaries have thin walls and narrow diameters so that blood cells come close to the thin walls, across which gases can diffuse to surrounding tissue.
c. Capillaries have valves along their walls that allow blood cells to move through them to surrounding tissue, where gas exchange can occur.
d. Capillaries regulate the pressure of blood within them so that a steady stream of gas-infused blood cells passes into the surrounding tissue.
Answer:
THE "B" ANSWER IS WRONG...I JUST TOOK THE TEST
Explanation:
Answer:
The correct answer would be Pp.
The genotype of one parent is PP. Thus, it will produce only one type of allele, that is, P.
Similarly, the genotype of another parent is pp. Thus, it will produce only one type of gamete, that is, p.
The cross would produce offspring with only one type of genotype, that is, heterozygous Pp.
The phenotype of all the offspring will be purple as it is a dominant trait.
When we cross PP x pp we obtain:
Pp + Pp + Pp + Pp (we obtain four identical genotype).
Pp (heterozygote flower) is the Only genotype when we cross two different homozygotes.
The phenotype will be the purple flower since it is the dominant genotype.
2. These genes code for proteins that normally promote cell division.
DNA genetic code is copied in a process called transcription when the cell needs to make some proteins that it needs, that is during the process of protein synthesis.
In the cell nucleus, transcription occurs when coded information is copied (transcribed) from DNA onto messenger RNA (mRNA) with the help of an enzyme called RNA polymerase.
b. homozygous.
c. heterozygous.
d. dominant.
Answer:
B. Homozygous
Explanation:
Homozygous organisms have two identical alleles for a trait. They may have two copies of dominant alleles or two copies of the recessive allele of a gene. For example, both RR and rr are homozygous genotypes. However, a heterozygous or hybrid genotype has one dominant and one recessive allele for a gene. Here, "Rr" genotype would be an example of hybrid or heterozygous genotype.
In genetics, organisms with two identical alleles for a specific trait are considered 'homozygous'. These can be either homozygous dominant or homozygous recessive, with the distinction depending on the specific alleles that are identical.
Organisms that have two identical alleles for a particular trait are said to be b. homozygous. This term is used in genetics, the branch of biology, for discussing the inheritance of traits. In this case, the two alleles inherited from parent organisms, one from each, are identical. For example, if a plant genotype is AA or aa for a specific trait, like height, it is considered homozygous, either homozygous dominant (AA) or homozygous recessive (aa).
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