When there is at least 1 allele of a dominant trait, it will show since it will automatically overshadow the recessive trait.
Fahrenholz's rule is supported when: comparison of phylogenies for host and parasite show a correlated pattern of evolution
<h3>What is Fahrenholz's rule ?</h3>
The close correspondence is observed between the taxonomy of parasites and their hosts and this has led to Fahrenholz's rule. This rule postulates that parasites and the hosts speciate in synchrony.
This leads to a prediction that phylogenetic trees of parasites and their hosts are topologically identical.
when the only events in the process of reciprocal natural selection in the host and parasite lineages were those of contemporaneous speciation in both the lineages then host and parasite phylogenies are fully congruent, hence supporting Fahrenholz'srule.
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The answer is, all three carbons from glucose molecules enters the Kreb cycle. But three at a time only. One molecule is broken down to two pyruvate molecules and then used in Krebs cycle. Which means that one glucose molecules leads to two cycles of the Kreb cycle with three carbons going to the cycle at one time.
There is a physical priniciple called the convservation of momentum, which says that the Earth will have to slow down as the moon gets farther away. This means that the length of the day increases slightly - more hours in a day is probably all you wanted! However, the increased day length is a tiny tiny fraction of a second in our lifetimes.
The moon wll never go away though. After billions of years (The precise number is hard to estimate), the moon will get to its final end state where it orbits more slowly and the earth apins exactly as fast as the moon orbits. One side of the earth will see the moon fully up in the sky while the other side of the earth will never see the moon. The state is called tidally locked. By this time, the sun may have already become a red giant and distributed or destroyed the earth and moon entirely, though.