go to the ski hill and on the post there is gonna be a code
To find out, go to the pet shop, and read the note on top of the puffle house. Use the code to read the note!
It changes every time go to the pet shop and there is a note click on it and it tells you in code so look at the letters on your code translator the first bit is 'G has ....... ...... pairs of socks.
it easy move your mouse to the code so the code for every alphabet will come
654
It depends. To find out, go to the Pet Shop, and look at the note on the doghouse. Decode it using your code in the bottom right corner, and it should tell you. The numbers vary, but the most common are 57, 45, 62, and 35.
First go to the pet shop and get the note on the back of the puffle house. use the secret code to help you figure out the unreadable squiggles and letters
first got the pet shop then find the paper go to the code then read the code then tell go talk to g how many pairs g own
go to the puffle store and look at the note on one of the puffle houses. It is in secret code.
Bases in DNA pair up in a specific way: adenine (A) pairs with thymine (T), and cytosine (C) pairs with guanine (G). These pairs form the genetic code by creating the sequence of nucleotides that make up genes.
A,C,T,G "A" and "T" always pair "C", "G" always pair
It basically means that because when a DNA double helix 'unzips' and free-floating nucleotides go to pair with the base pairs, if their was a mistake, it will be fixed. For example- say this is what the DNA 'read' originally A - T A - T C - G G - C T - A G - A The last pair is incorrect, because Guanine and Adenine don't pair up, well, when it unzips and they're separated, C will bond with G, and T will bond with A, that way the pairs are now correct and that the pair isn't re-replicated.
It basically means that because when a DNA double helix 'unzips' and free-floating nucleotides go to pair with the base pairs, if their was a mistake, it will be fixed. For example- say this is what the DNA 'read' originally A - T A - T C - G G - C T - A G - A The last pair is incorrect, because Guanine and Adenine don't pair up, well, when it unzips and they're separated, C will bond with G, and T will bond with A, that way the pairs are now correct and that the pair isn't re-replicated.