Question

task 2
directions: below you will find a list of statements that describe protein synthesis. move the statements around to organize them in sequential order. the final order will be used to determine code #2 that will unlock task #3.
note: all statements will be used.
click and move the statements until you have them in the right order to make the code!
g rna polymerase binds to dna and unzips the gene to be copied.
h rna polymerase uses base pairing rules to match a with u and c with g.
d dna zips up and mrna leaves the nucleus.
b completed mrna is released.
c mrna attaches to a ribosome.
i ribosome begins reading the mrna beginning of aug.
f trna picks up a methionine and drops it off at the ribosome.
a the mrna is read in triplets, each one corresponding to a different amino acid.
e trnas continue to transfer amino acids until a stop codon is reached.
j the ribosome releases the completed polypeptide.
code #2
enter code

Explanation:

Protein synthesis involves transcription (DNA to mRNA) and translation (mRNA to protein). First, RNA Polymerase binds to DNA (G). Then, it uses base - pairing (H). The mRNA is released (B), DNA zips up and mRNA leaves nucleus (D). mRNA attaches to ribosome (C). Ribosome reads mRNA starting at AUG (I). tRNA brings methionine (F). mRNA is read in triplets (A). tRNA continues until stop codon (E). Finally, ribosome releases polypeptide (J).

Answer:

G, H, B, D, C, I, F, A, E, J