The ways to reduce the human impact on the environment is through the use of:
- Public transport
- A cycle or walk and not use a car.
- The use facilities and trips that are run by local people when possible.
- Do not destroy wildlife and disturb habitats.
<h3>What could be the actions that we can do to eliminate reduce this environmental problem?</h3>
Actions that a person can be take every day to lower one's ecological footprint or the mark a person leave on their natural environmental and its resources are:
- Instead of using disposal items, do use reusable items.
- The use of paper should be stopped .
- Keep water and electricity.
- Aid environmental friendly practices.
- Recycle waste.
Therefore, The ways to reduce the human impact on the environment is through the use of:
- Public transport
- A cycle or walk and not use a car.
- The use facilities and trips that are run by local people when possible.
- Do not destroy wildlife and disturb habitats.
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Answer:
Timeliness
Explanation:
since it means occurring at a favorable or useful time.
Answer:
- Replication: 3' ATATTACTTCAAGGCTCCTATC 5'
- Transcription: 3' AUAUUACUUCAAGGCUCCUAUC 5'
- Translation: AUA UUA CUU CAA GGC UCC UAU
Explanation:
First of all you need to know that DNA is formed by nitrogenous bases represented by letters (ATCG). The sequence that these letters present in the DNA are the basis for the establishment of the processes of replication, transition and translation. This is because these bases complement each other and make connections between themselves as follows:
- Adenine (A) is complementary and makes connections with Timine (T) in DNA and with Uracil (U) in DNA and vice versa.
- Guanine (G) connects and is complemented by cytosine (C) and vice versa.
Based on that, we can use the sequence 5'TATAATGAAGTTCCGAGGATAG-3 as a model for DNA replication we can say that the sequence of the new DNA strand would be 3 'ATATTACTTCAAGGCTCCTATC 5', since the new strand is built based on the complementarity of the bases nitrogenous.
This same sequence, when used in replication, for the formation of an RNA molecule, would also use the base complementarity, forming an RNA molecule with the sequence 3 'AUAUUACUUCAAGGCUCCUAUC 5'.
The translation, in turn, would use the RNA sequence to form the amino acids that would form a protein. Each amino acid would be formed by the joining of three nitrogenous bases of the RNA sequence, thus the protein would be formed by the amino acids AUA UUA CUU CAA GGC UCC UAU
