More, because more spontaneous mutations will go uncorrected.
The atomic number is the number of protons the element possesses.
Physiological mechanisms underlying a trade-off between growth rate and tolerance of feed deprivation in the European sea bass
they both show something about appearance.
The variations in the DNA are responsible in differences between desirable traits and unwanted traits. Mutations also cause changes in the DNA.
True
it is dependent on the individual and their body make up as some peaks were higher than some
No, the hair grows at the same rate. There are variations in the speed of hair growth in individuals, but not between the sexes.
The atomic number is the number of protons the element possesses.
the ligers are a cross between a lion and a tiger their defense mechanisms are their teeth and their claws
Certain variations are more likely to be passed on to future generations than others, because those variations help their possessors reproduce more successfully. Other variations are less likely to be passed on because they do not help, or even hinder their possessors in successful reproduction. We say that the helpful variations are selected by the very nature of things. Without variation, whether an organism reproduces successfully or not is just a matter of blind chance. There is no natural tendency for certain individuals to be more successful at reproducing than others, because there are no differences between individuals.
Its possesses something ( its food, or its personality) and it's is a shortened form of it is ! Your possesses something (your smile, your money) and you're is short for you are !
variations
Expalain the difference between cyclical and seasonal variations in a data series?
No two individuals have the same genetic content, with identical twins being the only exception. Even, they if brought up in different envoironment can develop changes, brought baout by environment. Such differences among individals at the genetic level is known as " variations".
ANOVA characterises between group variations, exclusively to treatment. In contrast, ANCOVA divides between group variations to treatment and covariate. ANOVA exhibits within group variations, particularly to individual differences.
Physiological mechanisms underlying a trade-off between growth rate and tolerance of feed deprivation in the European sea bass
it is a range of variations between cultures.