Yes genetic variation is important in sexually reproducing species.
Sexual reproduction promotes genetic variation by making different combination of gene. Crossing over and independent assortment in chromosom in meiosis resulting in genetic variation. It is also important for speeding up of evolution with more number of individuals adapted to the habitat.
Is genetic variation important in sexually reproducing species? a. Yes b No c. Non applicable to...
Which processes lead to most genetic variation in sexually reproducing organisms? Select all that apply. random fertilization cytokinesis crossing over independent assortment of chromosomes in meiosis
Why must all sexually reproducing organisms have both mitosis and meiosis in their life cycles? In other words, what is the purpose of meiosis AND what is the purpose of mitosis and how are they different? Without sexual reproduction evolution would be extremely slow. Why ? And what stage and steps in meiosis are so important to the genetic variation within a species?
1) If a population stopped reproducing sexually (but still reproduced asexually), how would its genetic variation be affected over time? Explain. 2) A locus that affects susceptibility to a degenerative brain disease has two alleles, A and a. In a population, 16 people have genotype AA, 92 have genotype Aa, and 12 have genotype aa. Is this population evolving? Explain. 3) Explain why natural selection is the only evolutionary mechanism that consistently leads to adaptive evolution.
a) Why do species that reproduce sexually have more genetic variation than species that reproduce asexually? b) Why is it difficult to use genetics to predict exactly how tall someone will be? c) Many prokaryotes reproduce asexually using binary fission. Why is it impossible for a prokaryote to use the process of meiosis for reproduction? d) Monosomy is a genetic disorder. In this disorder, a person receives one gamete that has is missing a chromosome. This gives the person one...
O c. Mutations are the ultimate source of genetic variation d. More individuals are born than will survive. e. Individuals that possess the most favorable variations have the best chance of reproducing. en 44 If the bacterium Mycobacterium tuberculosis experiences a significant cost for maintaining a specific antibiotic-resistance gene, what would you expect to happen in environments that lack that antibiotic? answered Out of 2.00 question Select one: a. Bacteria with the resistance gene would try to make the cost...
Inbreeding (endogamy) and incest amplify gene pool variation; they generates more genetic variability. a. True b. False Select one: O True O False
Aristotle's taxonomic classification indicated a sequence of biologically simple to more complex organisms, usually called the "Great Chain of Beings". This was used in Medieval times to support the notion that evolution was not taking place, and that there was "stasis" (or no change). a. True b. False c. Non applicable at this context Select one: O A. A O B.B O c.
1. Genetic drift is an important mechanism for maintaining genetic variation in populations. True False 2. According to several studies (e.g., bacteriophage f1), most mutation are _______. A. lethal B. deleterious but not lethal C. approximately neutral D. beneficial 3. Most mutations occur in response to the adaptive needs of the organism. True False Can please answer all 3 questions ASAP. Thank you in advance!
What is/are the most important factor(s) generating genetic diversity among individuals in a population of eukaryotes? a) mutation O b) independent assortment O c) genetic recombination d) b and conly e) all of the above are important in generating diversity in eukaryotes Question 8 1 pts Which of the following statements about genetic recombination is FALSE? O genetic recombination acts independently of independent assortment O genetic recombination occurs during the production of sperm O genetic recombination is important to the...
Population geneticists study what aspects of a population? Select one: a. Genetic variation b. Allele frequencies c. Genotype frequencies d. All of these choices are correct