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Answer:
1.Transcription is the process of copying a gene to create? an RNA molecule.
2.Transcription is the first process that must happen in order to make a protein.
3.In order for transcription to happen, DNA must unzip.
4.What type of molecule did you create when you transcribed all of the nucleotides? an RNA molecule (generally a primary messenger RNA).
5.Will you be playing with the top or bottom strip of DNA? it is indistinct (i.e., in both directions).
6.What type of molecule did you create when you transcribed all of the nucleotides? an RNA molecule (generally a primary messenger RNA).
7.What does the messenger RNA (mRNA) do? it is translated into protein.
8.What happens to the DNA molecule after transcription? it is twisted into its original double-helix structure.
9.Where does the messenger RNA have to travel to after transcription? to the ribosomes.
Complete the sentences.
Transcription is the process of making the RNA copy of the gene. It is called the messenger RNA and molecules leave the cell nucleus and enter the cytoplasm where its synthesis with the proteins it encodes. The transcriptions can be explained in sequence.
Answer is RNA molecule, protein unzip, messenger RNA, indistinct. It includes ribosomes.
- As per the question, transcription is the process of copying the gene to make an RNA molecule.
- The process is the first process that must happen in order to make the protein. The order for it to take place in the DNA is by unzipping.
- The type of molecule in order to create a transcribe all the nucleotides in RNA molecule The playing with the top or bottom strip of DNA is indistinct.
- The RNA molecule is created to transcribe all of the nucleotides. They form a translated into the protein. The DNA is twisted into its original double-helix structure. The mRNA travels to the ribosomes.
Learn more about the process of copying.
brainly.com/question/20106755.
