Put the steps of transcription in order from 1-61. an enzyme attaches to the dna molecule at the gene if interest.2. the two strands of dna separate at that location.3. the chain of rna nucleotides forms a single-stranded molecule of rna by using the dna strand as a template.4. when a stop codons is reached, the rna strand separates from the dna molecule, leaves the nucleus, and goes through the nuclear membrane into the cytoplasm.5. complementary rna nucleotides bond to the nitrogenous bases on one of the separated dna strands.6. the two dna strands rejoin.

Transcription is a process of formation of mRNA ( messenger RNA) from a template of DNA.

In this process, first an enzymes attaches to DNA molecule at the gene of interest that results in separation of two strands of DNA so that template strand is exposed. Complementary RNA nucleotides bond to the nitrogenous bases on one of the separated DNA strands.The chain of RNA nucleotides forms a single-stranded molecule of RNA by using the DNA strand as a template. When a stop codons is reached, the RNA strand separates from the DNA molecule, leaves the nucleus, and goes through the nuclear membrane into the cytoplasm.  Finally, the two DNA strands rejoin.

Thus, correct order of transcription is-

1. An enzyme attaches to the DNA molecule at the gene if interest.

2. The two strands of DNA separate at that location.

3. Complementary RNA nucleotides bond to the nitrogenous bases on one of the separated DNA strands.

4. The chain of RNA nucleotides forms a single-stranded molecule of RNA by using the DNA strand as a template.

5. When a stop codons is reached, the RNA strand separates from the DNA molecule, leaves the nucleus, and goes through the nuclear membrane into the cytoplasm.

6. The two DNA strands rejoin.