E translocation is the answer
Answer:
Por cada par de electrones transportados a la cadena de transporte de electrones por una molécula de NADH, se generan entre 2 y 3 ATP. Por cada par de electrones transferidos por FADH2, se generan entre 1 y 2 ATP
Explanation:
Transcription is when mRNA is formed on top of DNA.
If you had a sequence like this one:
<em>TTCACG</em>
It would end up inverted (C switches with G, and A with T).
<em>AAGTCG</em>
The only thing is, RNA uses uracil (U) instead of thymine (T), so our mRNA would look more like this:
<em>AAG<u />UGC
</em>Now let's compare this to the transcription we're given.<em>
</em><em>AAGGC</em>
What's the difference? Well, it looks like that U has been deleted.
1. EDBAC because C is the youngest and goes through all of the other older ones