During cellular respiration, electrons are produced. The oxygen molecule accepts these electrons, then combines them with protons to make water. This outputs ATP, which is what the rabbit uses for energy. At the end of the process, carbon dioxide is released. From here, the carbon dioxide travels to one of the rabbit's favorite plants. This helps plants breathe. Sunlight penetrates the leaves of the plant, which are generating into sugar molecules within the chloroplast. The substance is known as chlorophyll. Electrons make the chemical process go more quickly. At the end, the plant releases oxygen back to the rabbit.
Can I get brainliest? I hope my answer suffices :D
Mitosis happens in all types of cells. in this division, the cell will double it's number of chromosomes and then will be divided into two separated cells. so the number of chromosomes in product is equal to the number of chromosomes of the first cell
but meiosis only happens to produce gametes. the cell will be divided into two separated gametes.
in this division the number of chromosomes won't be doubled. so gametes have the half number of a normal person chromosomes.
good luck
Answer:
Darwin's theory consisted of two main points; 1) diverse groups of animals evolve from one or a few common ancestors; 2) the mechanism by which this evolution takes place is natural selection. This SparkNote will first take a look at Origin of the Species, and then more closely examine Darwin's theories.
Selective breeding
In selective breeding, the
desired genes from one organism are combined with genes of another
organism, resulting in a new combination of genes.
The selective breeding is quite voluntary and is not necessarily natural or congenital. It is the act of how people or individuals can choose traits in the gene pool of their choice to produce their desired or goal organism in the process. This trait is influenced in the host of the specific sperm and egg cell which makes up the chromosomes.
Question 4: Each parent would contribute one allele
Question 5: A white flower allele is presented in both homologous chromosomes (it would have to be in both because it is recessive)
