Answer:
a) and d)
Explanation:
An homeostatic process is the process that allows the body to <u>reach and maintain an state of equilibrium</u>, this process allows the body to self-regulate itself and therefore when it detects that some parameters are out of range, it works to get those parameters back to where they are supposed to be.
Therefore, the definition of a homeostatic process contains two basic statements:
a) The maintenance of certain body variables within a fixed range.
d) The process that reduces the deviations from the set point.
Answer:
B. the long beak helps the bird eat insects.
Answer:
The correct answer is- bioremediation and acting as a carbon sink
Explanation:
Plants play various roles in affecting the environment. Plants prevent soil erosion, pulling carbon from the atmosphere by photosynthesis incorporating or releasing oxygen by cellular respiration, acts as pollution indicator, decreases soil toxicity, provides habitat and niche and many more to balance ecosystem and improve the environment.
Plants to help in cleaning the environment can be played by these two ways:
1. bioremediation in pants or phytoremediation is the process in which the roots system of plants uses synergistic action for the growth of microorganisms and removal of toxic substances from the soil.
2. plants also play the role as a carbon sink due to the ability to absorbs a huge amount of carbon from the environment and use it to produce food and energy and releases oxygen in this process.
Answer:
hope this helps,:-)
Explanation:
Chlorophyll a absorbs light with wavelengths of 430nm(blue) and 662nm(red). It reflects green light strongly so it appears green to us.
Chlorophyll b absorbs mostly blue and yellow light. They both also absorb light of other wavelengths with less intensity. However, none of them absorbs green, so the leaf looks green because that light is reflected to our eyes instead of being absorbed by the leaf
Answer:
There will be a huge difference in terms of size because a genome only consist of genes that code proteins while a proteome contains the whole map of all the proteins that’ll arise from a single gene. For example, a skin cell genome is same as other somatic cell genome while a kidney cell proteome contains proteins like Angiotensin, Tomm – Horfall protein etc. All of these proteins may have risen from a single gene that’ll ultimately make the proteome of kidney cells a number of times larger than that of genome of skin cells.
If you're asking about the genome only then remember there is no difference between the genome of somatic cells but a proteome always differs as the cell type changes.