00:01
Hello, so let's answer now the problem.
00:02
So let's start with number 16.
00:04
In number 16, we have here a given mra -na codens.
00:10
So we have the a -u -g, then next we have u -c -u, and then we have u -c -g, u -u -a, u -s -c -c, and then u -u -g.
00:31
So if we're going to use the genetic code table, what are the amino acid sequence of this given mrna? our answer here, the answer to this question, aug stands for methionine, the ucu stands for serine, ucg is another syrine, uua is for leucine, uac is for leucine, ucc is another.
01:08
Syrine and then u -ug that is for another leucine okay so you can see this in the genetical table so this is the answer next for number 17 okay so here we are given a non -template strand of dna take note that the non -template strand of the dna is similar to the sequence of the mrna, except that the t should be replaced by euracil.
01:48
Again, the non -template dna that is given, the non -template dna or the non -template strand that is given in number 17 is just the same with the transcribed mrna, except that we should replace t with euracil.
02:07
That's why in this question for number 17, our answer is we have u -a -u -c -c -g -g -a -a -a.
02:25
Okay, let me change this one, a -u -c -c, okay.
02:38
So this is the answer.
02:39
So again, take note if you see a non -template strand, a dna -n -template strand, remember that the sequence of the dna non -template strand is the same with the sequence of the mrna except that you need to replace t with euracil.
02:56
Okay, so this is the answer for number 17.
02:59
So let's go to number 18...