The three gases that are part of Earth’s cycles in both the atmosphere and biosphere are:
- oxygen
- - nitrogen
- - carbon dioxide
<h3>Explain your answer?</h3>
The oxygen, nitrogen, and carbon dioxide are the three gasses that are constantly moving through the atmosphere and biosphere in their own respective cycles.
The oxygen is used by the animals for breathing, but it is also released as a byproduct by the producers. The nitrogen is used as a food source for the producers, as well as the carbon dioxide which is crucial for the process of photosynthesis.
Thus, Part of them is released through decomposition, part by releasing them in the atmosphere or in the soil.
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Answer:
Yes
Explanation:
The water will be used by the plants sooner or later so their basic metabolic needs can be achieved. Also, the plants will loose their water by transpiration, in order to produce their carbohydrates. Therefore the amount of water will not be enough and has to be replenished.
Answer: is <em><u>Antibiotics target special protein and lipid receptors on the cell walls of bacteria</u></em>.
Explanation:
Human cell do not contain cell wall. Cell wall is the outer layer present outside the cell membrane in plants, bacteria, and fungi. Cell wall present in plants, bacteria and fungi give extra protection to the cell. Antibiotics helps to stop the bacteria from building a cell wall. Antibiotics contain penicillin which works against bacteria cell to form a cell wall. In bacteria protein synthesis is essential part of cell, there are many antibiotics which stops the process of protein synthesis by cutting the protein chain in bacteria cell to stops it's further growth to make it difficult to sustain.
Well, when humidity increases, the hair relaxes, so it gets longer, and when it decreases, the hair tightens, getting shorter.
@@@Answer is 0.50. @@@This is a little tricky, but you have to gather/calculate with numbers to figure this one out. If a person tests positive for the disease what is the chance that he or she actually has the disease is different from if the person actually has disease, what is the chance that they test positive for the disease. The order matters a lot.
Here are the numbers:
Assume there are a total of 100 people who actually have disease.
Since this is the 1%, there are total 10000 - 100 = 9900 people who don't have disease.
From the 100 diseased people, 99 test positive, and 1 negative.
From the 9900 non-diseased people, 99 test positive and 9801 negative.
People who test positive (99 + 99), the chance actually having disease is 99 / (99+99)
