Peer review can be defined as the review of the research done by the researchers. This review is done by the scientists, who work in the same field.
The advantages of the peer reviews are:
1. It allows a diversity of opinions, which removes the biases and the pre set ideas.
2. It allows checking if the idea is plagiarized and check if the results obtained are accurate.
3. As the peer review allows the review of the paper by expertise, and then the journal has special reputation and trust, which can help in further researches.
4. The peer review scientist can perform the same experiment and may try to replicate the result, to check whether the experiments are correct or not.
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Hence, the benefits of the peer review are:
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A. Peer review guarantees that the results of the research or experimentation are accurate and relevant. </h3><h3>
B. Peer review allows other scientists the chance to try to replicate the experimental results. </h3><h3>
D. Peer review helps check for mistakes, bias, or fraud in a set of experimental work.
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The peer review can lead to further innovations, but, this is not a benefit of peer review for the student. Also, it is not necessary, that peer review lead to further researches. Hence, it is not a benefit of peer review.
All living things need energy;it is requirement for life. In a a typical cell ATP, the hogh energy, is produced in the mitochondria in the presence of sugar(glucose and oxygen
Answer:
Thus, an abiotic factor (carbon dioxide) helps create a biotic factor (the plants made out of carbohydrates). Once cellular respiration starts in the organism, it releases Carbon dioxide back into the atmosphere, and the cycle repeats
Explanation:
Nutrients move through the ecosystem in biogeochemical cycles. ... The chemicals travel not only through the biotic and abiotic components of an ecosystem, but they also travel through an organism. The abiotic factors of an ecosystem include: (1) water (hydrosphere), (2) land (lithosphere), and (3) air (atmosphere).
Answer:
A. Chytridomycota
Explanation:
They are the most primitive true fungi and they produce zoospores that have a flagellum. Chytridomycota are usually aquatic but some species thrive on land. Most of them are unicellular and have commonalities with protist/s in terms of their habitat and structure of the cell.