4 Species I is diploid (2n = 8) with chromosomes AABBCCDD; related species II is diploid (2n = 8) with chromosomes MMNNOOPP. What types of chromosome mutations do individual organisms with the following sets of chromosomes have? а. АAАВВСCDD e. AAABBCCDDD b. MMNNOOOOPP с. ААВВCDD d. AAABBBCCCDDD 5 Species I has 2n = 8 chromosomes and species II has 2n = 14 chromosomes. What would be the expected chromosome numbers in individual organisms with the following chromosome mutations? Give all possible answers. a. Allotriploidy including species I and II f.. AABBDD g. AABBCCDDMMNNOOPP h. AABBCCDDMNOP

4 Species I is diploid (2n = 8) with chromosomes AABBCCDD; related species II is diploid (2n = 8) with chromosomes MMNNOOPP. What types of chromosome mutations do individual organisms with the following sets of chromosomes have? а. АAАВВСCDD e. AAABBCCDDD b. MMNNOOOOPP с. ААВВCDD d. AAABBBCCCDDD 5 Species I has 2n = 8 chromosomes and species II has 2n = 14 chromosomes. What would be the expected chromosome numbers in individual organisms with the following chromosome mutations? Give all possible answers. a. Allotriploidy including species I and II f.. AABBDD g. AABBCCDDMMNNOOPP h. AABBCCDDMNOP

Name: 4 Species I is diploid (2n = 8) with chromosomesAABBCCDD; related spe
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Description: 4 Species I is diploid (2n = 8) with chromosomesAABBCCDD; related species II is diploid (2n = 8) withchromosomes MMNNOOPP. What types of chromosomemutations do individual organisms with the following setsof chromosomes have?a. AAABBCCDDe. AAABBCCDDD

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter22: Speciation

Section: Chapter Questions

Problem 6TYK

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Species I is diploid (2n=8) with chromosomes AABBCCDD. Related species II is diploid (2n=8) with chromosomes MMNNOOPP. Individuals with the ff. sets of chromosomes represent what types of chromosome mutations (be very specific)? Give the level of ploidy (in equation form) and resultant chromosome number for each plant. AABBCCCCDD (c) MMNNOOOPPP (e) AABBCDD AABBDD (d) AABBCCDDMNOP
Species I is diploid (2 n = 8) with chromosomes AABBCCDD; related species II is diploid (2 n = 8) with chromosomes MMNNOOPP. What types of chromosome mutations do individuals with the following sets of chromosomes have? Q.AAABBBCCCDDD
Species I is diploid (2 n = 8) with chromosomes AABBCCDD; related species II is diploid (2 n = 8) with chromosomes MMNNOOPP. What types of chromosome mutations do individuals with the following sets of chromosomes have? Q. AAABBCCDD
Species I is diploid (2 n = 8) with chromosomes AABBCCDD; related species II is diploid (2 n = 8) with chromosomes MMNNOOPP. What types of chromosome mutations do individuals with the following sets of chromosomes have? Q.AABBCCDDMMNNOOPP
Species I is diploid (2 n = 8) with chromosomes AABBCCDD; related species II is diploid (2 n = 8) with chromosomes MMNNOOPP. What types of chromosome mutations do individuals with the following sets of chromosomes have? Q.AABBDD
Species I is diploid (2 n = 8) with chromosomes AABBCCDD; related species II is diploid (2 n = 8) with chromosomes MMNNOOPP. What types of chromosome mutations do individuals with the following sets of chromosomes have? Q.AABBCDD
Species I is diploid (2n=4) with chromosomes YYZZ; related species II is diploid (2n=6) with chromosomes RRSSTT. The following chromosomes are found in individuals: YYYZZZ. What chromosome mutation occurred? Group of answer choices Monosomy in species I Autotriploidy in species I Allotetraploidy including species I and II Tetrasomy in species I for chromosome A
9) If a tetraploid species gave rise to a new species by autopolyploidy, how many sets of homologous chromosomes would the new species have in its somatic cells? a.Three b.Two c.Four d.Eight e.Sixteen
A diploid (ie, contains TWO sets of chromosomes) organisms with a 45,000-kb haploid (counts only one set of its chromosomes) genome contains 21% G residues. Calculate the number of A, C, G< and T residues in the DNA of each cell in this organism. Can you help explain why this is the answer, thank you! Answer: Since the haploid genome contains 21% G, it must contain 21% C (Because G=C) and 58% A + T, or 29% A and 29% T. Each cell is a diploid, containing 90,000 kb or 9x10^7 bases. Therefore, A=T = (0.29)(9x10^7) = 2.61 x 10^7 bases and G=C=(0.21)(9x10^7) = 1.89x10^7 bases.
Species I is diploid (2 n = 4) with chromosomes AABB; related species II is diploid (2 n = 6) with chromosomes MMNNOO. Give the chromosomes that would be found in individuals with the following chromosome mutations: Q. Nullisomy in species II for chromosome N.
A. Please explain the key differences between each of the following pairs of terms. (i) Haploid vs. monoploid (ii) Pericentric inversion vs. paracentric inversion (Please include a simple diagram, along with your written explanation.) (iii) Homologous chromosomes vs. homeologous chromosomes:
Species I is diploid (2 n = 4) with chromosomes AABB; related species II is diploid (2 n = 6) with chromosomes MMNNOO. Give the chromosomes that would be found in individuals with the following chromosome mutations: Q. Trisomy in species II for chromosome M.