Fungi is the pathogen that typically causes infections in the surface of the skin and nails such as athlete's foot.
1.half of our chromosomes from our mother and half from our father
2.genes
3.brown hair
4.100%
5.probability
There are several. there is rainwater*, glaciers, and rivers/streams.
*the rainwater I am talking about is the kind that falls from the country. no acid rain
Equal birth and death rates would result in no change in the population size. The correct option in regards to the question given is option "A". When the number of children born are same to the number of people dying, then the birth rate would be negated by the death rate. Ultimately there would be no change in the population. In case of option "B" when people are immigrating into the population, then the number of population is bound to rise and thus there would be a change in population size. In case of option "C" when people are moving out of a population, then the totyal population will decrease and ultimately it changes the number of population. In case of option "D" when the number of people dying exceeds the number of children being born, then the total population is bound to rise.
Answer:
All forms of life employ the same genetic code
Explanation:
The genetic code refers to the set of rules that facilitates the translation of nucleotide sequences into amino acids sequences (proteins). mRNA is read in a group of three nucleotides called CODON, which specifies a particular amino acid. The totality of all codons makes up the genetic code.
However, one of the characteristics of the genetic cos is its UNIVERSAL nature. The genetic code is said to be nearly universal meaning that the genetic code is the same in almost all living organisms with few exceptions. For example, AUG codon encodes Methionine amino acid in all forms of life.
Hence, All forms of life employ the same genetic code is TRUE. Note that, tRNA and rRNA are other types of RNA found in living systems. Also, liver cells are diploid i.e. has two sets of chromosomes. Lastly, interacting organisms affect their environment