Because you're flipping the coin twice and there are two possible outcomes, there are four possibilities. Each of the results represents one-quarter of the possibilities. The HT and TH combinations are each one-quarter (and essentially the same thing), representing one-half of the results. Therefore, the probability is that one-quarter of the time, you'll get a TT or HH, and one-half of the time, you'll get HT or TH.

This works similarly for rolling two dice because the results of a dice roll are discrete. There are 36 possibilities because each die has six faces, but there cannot be a result of one since the lowest number on each die is one. So the lowest result you can get is two, and the highest is 12. Many of the combinations will repeat, just as in the coin exampleso the more possibilities that repeat, the more instances will be graphed.

As seen in the table below, if you add the figures for dice roll results together, you have one instance where the result is two and one where it is 12creating odds of one in 36 for the numbers two and 12.

1.what is the best relationship generated by the Auxotrophic mutant and the yeast plasmid recombinant?

2.show the replication criteria for the REP1 and REP2 genes

3.propose the conspicuous size of the 2 micrometer circle?

4.relate the plasmid to the 2 micrometer circle

5.justify accordingly; Plasmids are present in eukaryotes.

6.to which categorization can the best fit of Saccharomyces cerevisiae apply?

7. interrelate the Large scale production to the cloning vector

8.explain on the YEP as the highest efficiency of transformation

9. Why is a high transformation frequency needed?make sure you explain

10.explain the decision criteria between the Choice of vector and the Transformation frequency