Question

task #2
question: 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!
a the mrna is read in triplets, each one corresponding to a different amino acid.
d dna zips up and mrna leaves the nucleus.
h rna polymerase uses base pairing rules to match a with u and c with g.
c mrna attaches to a ribosome.
f trna picks up a methionine and drops it off at the ribosome
g rna polymerase binds to dna and unzips the gene to be copied.
j the ribosome releases the completed polypeptide
i ribosome begins reading the mrna beginning at aug.
e trnas continue to transfer amino acids until a stop codon is reached
b completed mrna is released
code #2 will be under code for task #2 on the google form. if correct, you will be rewarded for your hard work!

Explanation:

Protein synthesis involves two main processes: transcription (in the nucleus) and translation (in the cytoplasm). Transcription starts with RNA Polymerase binding to DNA (G), using base - pairing rules (H) to form mRNA. Then, DNA zips up and mRNA leaves the nucleus (D), and completed mRNA is released (B). In translation, mRNA attaches to a ribosome (C). The ribosome begins reading at AUG (I). tRNA picks up methionine (F). mRNA is read in triplets (A). tRNAs continue until a stop codon (E), and finally, the ribosome releases the polypeptide (J).

Answer:

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