The spider's genes determine that it has the white and orange coloration on its surface, which allows this spider to camouflage itself in flowers that have those colors.
We can arrive at this answer because:
- The colors that a living being presents are determined by the DNA composition of that living being.
- Thus, the colors of the spider shown in the image were determined by the genes that make up the spider's DNA.
- This coloration allows this spider to have a great facility to camouflage itself in flowers that have the same color as its body.
- This allows this spider to escape the attack of predators and manages to capture prey.
On different colored flowers, however, this camouflage would not work and this spider would be too visible to survive.
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It is always working.
It even works while the person is sleeping to push saliva down the throat.
Answer: The correct answer is- B)They are single cells that lack a nucleus and tend to live in extreme conditions.
Archaebacteria are the oldest life forms, which are found on earth. They are unicellular ( made up of one cell) prokaryotes ( lacking nucleus and membrane bound subcellular organelles) belonging to the kindom, Archea. They are found in extremely harsh environmental conditions such as hotsprings, boiling mud surrounding volcanoes.
Example- Methanogens, halophiles.
Thus, option B) is the right answer.
Answer:
Glycolysis takes place in the cytosol which is part of the cytoplasm of the cell. Glucose is rearranged and phosphorylated to form F-1,6BP(fructose 16 bisphosphate which is very unstable) its splits into 2 phosphorylated 3C sugars (DHAP and G3P)(can interconvert) both form G3P to enter 3rd phase, G3P converted into pyruvate creates 4 ATP in total but has a net of 2 ATP and creates NADH. The raw materials needed are two molecules of NAD+ per glucose as well as 2 ATPs. Hope this helps!
Explanation:
