Biotechnology can be used to transform bacteria so they are able to make human proteins, such as insulin. It can also be used to create transgenic crops, such as crops that yield more food or resist insect pests. (I copied this off the web so just paraphrase)
Answer: It absorbs light.
Explanation: Chlorophyll is a pigment inside of all trees and plants. Plants absorb light, if the chlorophyll is green, then it will change the plant, and make it look green. It can change depending on the day, and temperature. If it is fall, the leaves cannot eat, and change to red. If the temperature is normal, say 90 degrees, the leaves are healthy, and eat. This helps them stay green.
The answer is no, it does not necessary means that asparagine will appear in the synthesized protein.
This is because transcribed RNA (pre-RNA) must be processed into a messenger RNA (mRNA) before it enters the translation (protein synthesis). Processing of the RNA includes steps of adding a 5' cap and a 3' poly-A tail to the end. Also, some sections of the RNA transcript (introns) are cut, and the remaining sections (exons) are stuck back together, so the nucleotide sequence AAC might be cut.
Electrons
in light reaction when the chlorophyll absorbs light of high specific wavelength (like red) which excite the electrons
Answer:
The ecosystem cannot support more growth.
Explanation:
The ecosystem is at its maximum capacity, like how many people you can fit in a room. If there’s too many people then everyone would suffocate. Just like if there is too many organisms, the food, or water, would run out and they would starve, or die of thirst.