Ans: The process that takes place in only autotrophic organisms is called as Calvin cycle.
Explanation: The organisms that are present in the atmosphere are divided into 2 major divisions the autotrophic and the heterotrophic organisms.
Answer:
Phagocytosis .
Explanation:
Phagocytosis is the process by which a cell engulfs large particle as defense or food.
In the process of phagocytosis the cell extends its plasma membrane traps the particle or antigen into a phagosome.
Inside the phagosome several lytic enzyme act on the particle and thus digests it.
Macrophages in our body are good exmples of phagocytic cells .
Unicellular organism like Amoeba also carries phagocytosis for food.
<h2>Answer and Explanation </h2>
A biomolecule correctly pairs to its function as following:
A) Enzyme: increases the rate of a reaction with the living organism.
B) Cellulose: makes the cell walls of all plant cells
.
C) Cholesterols: make cell membranes phospholipid bilayer in human.
D) Glucose: stores genetics information inside the living body.
Answer:
Hello, Your answer is B) They will reclassify the species in the phylum Phaeophyta.
Explanation:
The species is currently classified in the phylum Chrysophyta because of its physical characteristics. However, after the scientists analyze the species' DNA, they discover that the DNA is most similar to protists in the phylum Phaeophyta. Since the phylogenetic trees are mostly made on the basis of the similarity of the DNA to the DNAs of the species present in a phylum, the species will get reclassified into the Phaeophyta phylum. <em>Hope That Helps!</em>
Answer: is heterozygous
Explanation: A hybrid is heterozygous which means that it has one dominant gene and one recessive gene. A dominant gene is a type of gene which has the ability to express itself phenotypically either in a homozygous or a heterozygous state. A dominant gene masks the effect of a recessive gene. A recessive gene is a type of gene that lacks the ability to express itself in a heterozygous state. It can only express itself outwardly in a homozygous state. It's effect is masked by the dominant gene is a heterozygous state.