Answer:
All of the above.
Explanation:
Jealousy is the emotional state of feeling jealous. This is more of a negative aspect rather than a positive one, but can also sometimes be a positive aspect in a relationship.
Jealousy incites the person to have negative feelings like anxiousness, wrath, anger, possessiveness, excitement, etc. But it can also lead to an increase in the passionate feelings for the other person, which can make the individual pay more attention to the other person. In this aspect, it becomes a positive thing.
Thus, the correct answer is all of the above.
The nucleus and Its structures
D) Mangrove tree crab. There would be a drop in the predators that feed on them. Crocodile populations would drop due to food shortage, and mangroves might also suffer from the high crab populations, so only D is correct.
Answer:
C) They have similar antibiotic sensitivities to those of bacteria.
Explanation:
- Ribosomes are the site for biological protein synthesis that is composed of macromolecular machine for protein synthesis.
- In archaea they ribosomes comprise of three RNA molecules - 16S, 23S, and 5S.
- The archaeal ribosome is a 70S ribosome that is composed of 50S and 30 S subunits.
- The ribosomal binding site of archaeol ribosome may be similar to that of the bacteria, i.e. the Shine- Dalgarno sequence.
- <em>However, the antibiotic sensitivity of the archaeal ribosome is different than those of bacteria as the r-protein sequence of the archaea are closer to that of eukaryote than the bacteria. </em>
Answer:
C. Uncompensated respiratory alkalosis
Explanation:
When the partial pressure of CO2 in systemic arteries falls below 35 mmHg, the condition is called respiratory alkalosis. Since pCO2 levels are below 35 mmHg (25 mmHg given), Kelsey is suffering from respiratory alkalosis. Alkalosis is also confirmed by higher pH levels (pH = 7.51).
The ratio of CO2 and HCO3 is around 1:1 (pCO2= 25 mmHg : HCO3= 22 mmEq/L) and confirms the "Uncompensated respiratory alkalosis". The compensated respiratory alkalosis reduces the HCO3 levels far below and exhibits the CO2: HCO3 ratio in the range of 10:2 to 10:4.
