Answer:
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Explanation:
I purple you ;have a great day
Explanation:
- The exchange of pieces of DNA between alleles during sexual reproduction caused new combinations of DNA to form.
- An individual had a genetic mutation that resulted in a hand structure with a selective advantage that was passed on to offspring.
- Mutations in the enhancer sequences in chimpanzees resulted in the production of new activator proteins.
These species share a common ancestor-with their shared traits they derive from a single organism. Sometimes, they can vary in response to some environmental factors, called adaptations.
DNA mutations within chromosomes may have different forms named alleles. DNA, which forms the genotype, is transcribed into mRNA and then converted into amino acids that are joined together by rRNA to create the proteins that make up the anatomy of the organism.
Learn more about mutations at brainly.com/question/4602376
Learn more about DNA and RNA at brainly.com/question/2416343?source=aid8411316
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C: to transport oxygen to the body's cells and carry away carbon dioxide from the cells
Answer:
Coevolution
Explanation:
Coevolution is a process in which two species evolve together because they exert selective pressures mutually. This means that one of the species changes genetically in response to a genetic change in another species. Thus, both species reciprocally affect each other's evolution. These genetic changes, which go hand in hand, are reflected in the phenotypes, that is, in the morphological traits of the species.
The coevolution of plants (i.e the orchid) and pollinators (i.e the moth) is a typical example of coevolution. The flowering plant adapt to a pollinator, which in turn adapts to the plant. In this case, the nectar tube and the tongue of the moth coevolved together and the two species benefit from that. The orchid guarantees the dispersion of its pollen while the moth guarantees its food.