search up what your looking for after you find one copy and paste it and go back and edit the report in your own words so it looks like you didn’t plagerize
Answer: A-T or G-C
Explanation:
The single-nucleotide polymorphism in human genomes is a substitution of a single nucleotide which occur in a specific position at the genome. The A-T nucleotide may appear dominant in the most population, while the remaining minor population may have the G-C nucleotide. The DNA molecule in the population at this site have A-T or G-C.
<u>Answer:</u>
"Debt-for-nature swaps" are just "financial transactions" from which a part of a nation's (Developing nation) foreign debt is forgiven. This is done in exchange of "local investments" for the purpose of environmental conservation measures.
<u>Explanation:</u>
- The model for "debt-for-nature swaps", was outlined in the EAI (Enterprise for the Americas Initiative), was extended in the "Tropical Forest Conservation Act" (TFCA) to include the countries present around the world with 'tropical forests'.
- With the help of the program, "debt can be restructured" only in eligible countries, and 'funds' generated through this transactions are used to support programs for "conserving tropical forests" within the 'debtor country'.
- 124.8 million dollars has been spent under the 'TFCA' to restructure loan agreements in '13 countries' and nearly 218.4 million dollars in 'local currency' will be generated in the next 12-26 years for 'tropical forest conservation projects'.
- Thus, "debt for nature swaps" encourages the protection of "tropical rain forest".
Answer:
A single glucose molecule produces about 38 molecules of ATP through the process of cellular respiration.
Explanation:
Cellular respiration is a metabolic pathway that breaks down glucose and produces ATP.
I hope this helps. :)
Reduce blood pressure will induce the brain to send a signal that constricts the blood vessels.
Baroreceptor will catch the impulse that saying there is decreased blood pressure and send it into the neuron that will end up in the spine. It is located in the upper body so the signal should reach the brain.
The brain will send a signal to constrict the blood vessel of the body, but the signal couldn't pass the lower body. This will cause the lower body failed to receive the signal, thus not constrict the vessel. Therefore, the blood will be pooled in the lower body and the blood pressure keep decreases
