That answers your question. You could not answer because there is none. And that shows that the probability of randomness for genesis is next nothing. That shows design. Unless you believe life existed eternally which would make that life form a necessary being which would have existed prior to to earth and the universe, and so on and so on. What's the probability of that? This shows design.
I'll give you another one.
Generally speaking, stars wouldn't become hot enough for nuclei to fuse and generate carbon if the gravitational pull were less strong. Furthermore, the production of thermal layers within stars, which are critical for producing the different elements, such as carbon and oxygen, required for life, would be hampered by a somewhat reduced gravitational constant (G). Additionally, if there was less gravitational pull on stars, they wouldn't explode as supernovae and release elements necessary for life into the cosmos. These components would stay imprisoned in the star cores in the absence of supernovae.
On the other hand, if the gravitational pull was too great, star temperatures would increase to the point where nucleosynthesis could only produce elements heavier than carbon and oxygen. In addition to preventing the production of long-lived stars, this fast nucleosynthesis would cause them to burn up too soon, leaving no appropriate homes for life.
Scientists have shown that within a "natural" range of possible values in parallel universes, the value of G is precisely tuned to 1 part in 10^35. The theoretical range for G is zero to the strength of the strong nuclear force (SNF), assuming that the strongest of the four fundamental forces sets a sensible upper limit. Theoretically, G might be anywhere from 0 to 10^40 times its current value because gravity is roughly 10^40 times weaker than the SNF. Stellar stability might be maintained with a gravitational constant up to 100,000 times bigger than it is now, but any higher value would lead to instability. As a result, the range of G that supports stable stars is only a small portion of the entire range, roughly 1 part in 10^35. So randomness being a probability of 1 part in one hundred billion trillion trillion is statically showing impossibility without design.
Cheers.