Answer:
The answer is D Photosynthesis uses light energy, while cellular respiration uses chemical energy.
Explanation:
DNA replication must happen before i do ___________.
B. It becomes part of the nucleolus.
C. It enters the cytoplasm and moves toward ribosomes.
D. It leaves the cytoplasm through the cell membrane.
Question 2.2. Which of the following types of RNA carries genetic instructions for building a specific protein?
A. mRNA and tRNA
B. rRNA only
C. tRNA and rRNA
D. mRNA only
Question 3.3. A cell is lacking in its supply of amino acids. Which of the following will occur?
A. mRNA will not be formed because enzymes may not be present.
B. The ribosomes will not work properly because there will be no proteins.
C. tRNA may not be able to fulfill its job.
D. all of the above
After mRNA is transcribed, (C.), It enters the cytoplasm and moves toward ribosomes.
The types of RNA carries genetic instructions for building a specific protein is (D.), mRNA only
For a cell lacking in its supply of amino acids, (C.), tRNA may not be able to fulfill its job.
After mRNA is transcribed, it leaves the nucleus and enters the cytoplasm. It then moves towards ribosomes, where it will be translated into protein.
mRNA is the only type of RNA that carries genetic instructions for building a specific protein. rRNA is involved in the process of protein synthesis, but it does not carry genetic instructions. tRNA is also involved in protein synthesis, but it does not carry genetic instructions.
If a cell is lacking in its supply of amino acids, then tRNA may not be able to fulfill its job. tRNA is responsible for carrying amino acids to the ribosomes, where they are assembled into proteins. If there are not enough amino acids available, then tRNA will not be able to do its job and proteins will not be synthesized.
Find out more on RNA here: brainly.com/question/28073947
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i just took the quiz the answers are
1 c, it enters the cytoplasm and moves toward ribosomes
2 d, mRNA only
3 d, all of the above
Answer & Explanation:
After a complimentary DNA chain is generated as messenger RNA (mRNA), Sequence of nuclotides in a mRNA directs the addition of a specific sequence of amino acids to form the protein. This usually occur on ribosome.
The polypeptide chain now increases in length by covalent attachment of successive amino acids units, each carried to the ribosome and correctly positioned by its transfer RNA (tRNA). The completion of the polypeptide chain is signalled by a termination codon present in the mRNA.