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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Answer:
b. False
Explanation:
The biomechanism of bacterial growth may be examined, by graphing cell growth (also known as absorbance) vs incubation time of the bacteria. A standard growth curve is the result of this process. The amount of turbidity in the broth culture is proportional to the number of microorganisms present.
A standard curve produced for a particular species can't be utilized to predict the number of bacterial counts for a different species due to the listed factors.
- The rate of bacterial cell reproduction varies from a particular species to another.
- Varying species have different absorbance thresholds.
Answer:
photosynthesis
Explanation:
Chlorophyll a absorbs the wavelengths of violet-blue and orange-red light and functions as a primary electron donor during the election transport chain in photosynthesis. It also functions in transporting energy to the reaction center where P680 and P700 are located.
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