9. Know an example of asexual reproduction. Are the resulting offspring the same genetically as the parent?
Yes, in asexual reproduction the offsprings are genetically same as that of parents because they are produced by mitotic cell division (cell simply divided into tow or multiple cell). Examples are -
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9. Know an example of asexual reproduction. Are the resulting offspring the same genetically as the...
1 pt What is an advantage of sexual reproduction over asexual reproduction? Sexual reproduction reduces genetic diversity Sexual reproduction avoids the transmission of harmful alleles to offspring Sexual reproduction allows for the undiluted, pure transmission of successful traits from one generation to the next Sexual reproduction increases the chance that a parent will transmit all their genes to an offspring
Which of the following statements is FALSE? a. In sexual reproduction, offspring receive two genes for every trait. b. Asexual reproduction produces clones. c. Sexual reproduction puts together new combinations of genes. d. In asexual reproduction, both meiosis and fertilization must occur during the life cycle. e. In asexual reproduction, the parent passes a complete set of genes to its offspring.
QUESTION 19 Compared to sexual reproduction, asexual reproduction can be a disadvantage in a changing environment, why? 20 points Save Answer Asexual reproduction is less effective and results in a smaller number of offspring Asexual reproduction introduces less genetic variation for natural selection to act on Asexual reproduction results in many mutations, most mutations are disadvantageous QUESTION 20 20 points Save Answer 2 parents have the blood type A both are heterozygous for this blood type. Can they have a...
Which one of the following is not an advantage to asexual reproduction? Uniform growth Viability of plant propagules Faster establishment and maturity Genetically identical plants
Plants can reproduce both sexually and asexually. a. Explain the difference between sexual and asexual reproduction in plants (not in other organisms). b. Explain the different ways in which a plant can reproduce asexually. c. Include examples of the different types of asexual reproduction. ( I expect you to have more than one example as your textbook devotes an entire section to this topic.)
CELLULAR REPRODUCTION (Chapter 9) 1. Distinguish between: a. parent cell and daughter cells b. stem cells and differentiated cells c. sexual and asexual reproduction d. prokaryotic (binary) fission and eukaryotic mitotic cell division
.2. Binary fission is a type of asexual reproduction wherein a cell splits down the middle. While no death has taken place, one of the daughter cells has essentially replaced the parent cell. .a. Calculate the per-capita growth rate (r) for a single asexual bacterium that undergoes simple binary fission. [1] LOTO robot or Noteb Woo sted og deb of side and blue .b. Calculate the population sizes of the first four generations. Your numbers should make sense. If they...
9. Examine the following crosses among Erminette chickens and the resulting feather colors of the offspring and decide what type of inheritance is involved. Then, indicate the genotypes of the parents and offspring involved in each of the crosses in the blanks provided Parents Offspring Pod Length Parent 1 Parent 2 Gray Gray 4 Black Gray 4 White Black Black all Black White White all White Black Gray % Black y Gray White | Gray - White 12 Gray Black...
Question 48 (1 point) A guinea pig with the genotype GgBBcc is heterozygous for two genes. O homozygous for one gene. heterozygous for three genes. O homozygous for two genes. Question 49 (1 point) Which cells in animals and plants are typically haploid? epithelial cells digestive cells ribosomes gametes Question 50 (1 point) Asexual reproduction and sexual reproduction are different in that: individuals reproducing asexually transmit 100% of their genes to their of MacBook Pro Q E Question 50 (1...
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Part A Drag the labels from the left to the appropriate blanks on the right to complete the sentences. Reset Help zygote is the creation of genetically identical offspring by a lone parent. gamete 2 is the creation of genetically unique offspring by two parents. asexual reproduction 3. budding 3 is the fusion of two haploid sex cells (sperm and egg) to form a diploid cell. sexual reproduction 4. A is a haploid sex cell (a sperm in...