Answer:
Both the symbiotic and the predator/prey relationships evolve together. For the symbiotic take the example of the bird on the rhino's back. They are both in the same environment so their relationship evolves (develops) together, helping each other out. The bird gets to eat the bugs on the rhino and the rhino is kept for being infested with bugs. In the predator/prey situation, think about the lion and antelope. The lion is the predator looking for food. The prey is what he eats. Only the fastest and most able-bodied lions are going to get the antelope. In order for the antelope to survive, it must become swifter and better able to conceal itself. The best of both animals will survive thus strengthening their blood lines. The difference between how the pairs evolve is their interaction. Symbiotic help each other; they don't do harm to one another. Predator/prey relationships is the opposite. The lion intends to do harm to the antelope. He needs the antelope for food.
Explanation:
Answer:
The water is first absorbed from the soil by the roots of the trees, from there it passes through the stems moving upwards reaching the leaves and flowers, where the water changes to a gaseous state when evaporated; Then the water vapor becomes rain, which mostly falls to the ground and a part reaches the subsoil, becoming underground water, where it is absorbed again by the plants.
Answer:
Types of variation in genetics
Genetic variation can be caused by mutation (which can create entirely new alleles in a population), random mating, random fertilization, and recombination between homologous chromosomes during meiosis (which reshuffles alleles within an organism's offspring)
other answer
There are three sources of genetic variation: mutation, gene flow, and sexual reproduction. A mutation is simply a change in the DNA. Mutations themselves are not very common and are usually harmful to a population. Because of this, mutations are usually selected against through evolutionary processes
have exactly the same
characteristics as the parent
amoeba. Which best describes
the amoeba’s division?
Botany
Enology
Astronomy
Quantum Mechanics
Thermodynamics
Eletrodynamic
Geography
Oceanography
Mineralogy
Meterorology
Geoinformatics
Cytology
A) Formal
B) Social
C) Natural