Answer:
Genes that are relatively close to one another on a chromosome will move with one another during the process of fertilization and meiosis. Thus, there will be a lined inheritance for these genes. On the other hand, genes that are found on different chromosomes will have independent inheritances because every pair of the homologous chromosomes will be positioned differently when the
y are arranged at the middle of the cell during the first meiotic division.
Explanation:
Genes that are relatively close to one another on a chromosome will move with one another during the process of fertilization and meiosis. Thus, there will be a lined inheritance for these genes. On the other hand, genes that are found on different chromosomes will have independent inheritances because every pair of the homologous chromosomes will be positioned differently when the
y are arranged at the middle of the cell during the first meiotic division.
1. two points
2.respiratory and organs
3.heart and heart
4.homogenous process/system
It would be A.Evaporation and Condensation
I hope this helps
Have a happy holidays:)
The two major surviving clades of diapsids include modern animals like snakes, lizards, crocodiles, and birds
A clade is a branch in a cladogram that has a single common ancestor with all of its offspring. An evolutionary tree that depicts the relationships between species' ancestors is called a cladogram. In the past, cladograms were created using similarities among species' phenotypic or physical characteristics.
All hominoids, including humans, chimpanzees, gorillas, orangutans, and gibbons, are members of this group. The Hominoid clade is a subgroup of the Anthropoids, a broader clade that includes Old World and New World monkeys. The use of a phylogenetic tree makes clade identification simple. Just visualize pruning even one branch from the tree.
To learn more about clade please visit
brainly.com/question/9027627
#SPJ4
Answer:
Transgenic
Explanation:
Recombinant DNA technology is used to make transgenic organisms. Genetic material from one specie is inserted into the genome of another thus modifying its characteristics. There are several ways of doing this including electroporation and transduction. This process is referred to as genetic engineering.
