inside
The complementary DNA strand for "gaattcggca" would be "cttaagccgt." In DNA, adenine pairs with thymine (A-T) and cytosine pairs with guanine (C-G). So you would replace each base according to these rules to find the complementary sequence.
you would want to look into mitosis. This process will explain more about the copying of DNA.
you would find the DNA inside the nucleus were it is stored. the function of the DNA is to tell what the cell will act like and look like. this is necessary to do because all of your cells that are put together and form how you act and look like.
When extracting DNA from cheek cells, you may also find bacterial DNA that naturally reside in your mouth, as well as any DNA from food or other substances that have come in contact with your mouth. These other sources of DNA can be present alongside your own human DNA in the sample.
I would expect to find similarities in their DNA sequences, such as similar genes or genetic markers, that suggest a common evolutionary history. These similarities may include shared gene sequences, regulatory elements, or other genetic features that indicate a shared ancestry. Additionally, I would look for differences in the DNA sequences that have accumulated over time, reflecting the divergent evolution of the two organisms.
you would want to look into mitosis. This process will explain more about the copying of DNA.
To find DNA a scientist must look inside a cell's nucleus.
In a eukaryotic cell( multi celled/ uni celled), you would find DNA in the nucleus. In a prokaryotic cell( only unicellular) you would find it in the cytoplasm.
You will find DNA in the nucleus of the cell. If you want to go a little more in-depth, there is also mitochondrial DNA.
all of them
No, you will only find Uracil in RNA.
look in walmart then find a ventus hawktor,buy it and get the DNA code and there you go
Usually the DNA would look like a spiral staircase or ladder, but they are impossible for the naked eye to see.
It is only half of what DNA would look like
Yes
the nucleus
cytoplasm