Two fair yellow dice have an equal number of faces numbered 1 to y. When both dice are rolled, what sum will?

Question

will appear most frequently? What is the probability that the sum appears? Explain your answers.


Extensions

A yellow die has y faces numbered 1 to y, and a green die has g faces numbered 1 to g. g and y are different integers. When both dice are rolled, what sum will appear most frequently? What is the probability that the sum appears? Give your answers in terms of g and y. Explain your answer.

Answer 1

The chance of appearing of any sum from 2 (1+1) to g+y is exactly the same, no sum will appear most frequently than the other. Under ideal circumstances, the only difference between die g and die y is the number of faces (and their colors)... I think... Somebody please correct me if I'm wrong.

Answer 2

each cellular has DNA and it fairly is consisted of two strands tightly woven around one yet another. the element that stops the two strands from breaking aside is termed a telomeric cap (that's random nucleotide sequences referred to as nonsense codons. Codon is a three sequence of nucleotides that codes for amino acids eg. CUU is a amino acid referred to as proline . A nonsense codon is one that doesnt code for any amino acid production) each time your cells divide a small sequence is lost there via lowering the soundness of the cellular's DNA (in layman's words). this could at last lead do maximum of Ur cells' DNA turning out to be risky. and often whilst a mistake happens in DNA the cellular will carry out motor vehicle cytolysis (cellular suicide) to stay away from issues. So once you're previous maximum of ur cells telomeric caps would be low and that they are companies to die whilst they attempt to divide.. Whats fairly interesting approximately this concept is the impact it has on evolution (by using fact this occurs on the two meiotic besides as mitotic divisions. meaning that a species grows previous too earlier it mutates.. yet thats a diverse tale)