Answer:
Air that is warmer is able to evaporate more water into the atmosphere. An air mass with more water vapor available to precipitate will naturally create more precipitation.
Explanation:
Most of South Florida has a tropical climate. There is a defined rainy season from May through October, when air mass thundershowers that build in the heat of the day drop heavy but brief summer rainfall. In some years the dry season becomes quite severe and water restrictions are imposed to conserve water.
Golgi apparatus is your awser to the question
Very simply, I think that they may block the sun's rays from reaching the Earth, cooling down the planet, or they may eventually end up being turned into acid rain and rain back down to the Earth.
An organism inherits one chromosome of a homologous pair from the maternal parent and the other chromosome from the paternal parent. Although both chromosomes possess the same genes and loci, they may feature different alleles, or versions, of those genes. For example, a maternally inherited chromosome in a pea plant may contain an allele that codes for a green pod, while the allele for a yellow pod may be found at the same location on the paternally inherited homologous chromosome. The differences between alleles of a gene are determined by deviations in their DNA sequences.
A diploid organism possesses two copies of each type of chromosome, with the potential exception of the sex chromosomes, in each of its cells. Humans, for example, have a total of 46 chromosomes in their cells. Human females have two copies of the sex chromosome called the X chromosome, so they have 23 sets of homologous chromosomes. Human males, however, possess one X sex chromosome and one Y sex chromosome, so they have 22 sets of homologous chromosomes, plus two sex chromosomes that are not homologous.
A change in the order of amino acids can completely change the entire structure of the protein.
The shape of the protein is the result of how amino acids react to each other and the environment. Amino acids are all very similar in structure, but each has an individual R group that has its own properties, such as polar, non polar, able to form disulphide bonds, etc. that dictates how it will interact (ex. non polar AAs will be on the inside of the protein while polar will be on the outside, two AAs that like to form disulphide bonds will gravitate toward each other).
<em />If one of these amino acids is misplaced, the protein is likely to be shaped a completely different way which often hinders its functionality.
