Exam 8: Inheritance, Genes, and Chromosomes
Exam 1: Introduction81 Questions
Exam 2: The Chemistry and Energy of Life87 Questions
Exam 3: Nucleic Acids, Proteins, and Enzymes118 Questions
Exam 4: Cells: the Working Units of Life115 Questions
Exam 5: Cell Membranes and Signaling95 Questions
Exam 6: Pathways That Harvest and Store Chemical Energy130 Questions
Exam 7: The Cell Cycle and Cell Division119 Questions
Exam 8: Inheritance, Genes, and Chromosomes80 Questions
Exam 9: DNA and Its Role in Heredity94 Questions
Exam 10: From Dna to Protein: Gene Expression80 Questions
Exam 11: Regulation of Gene Expression94 Questions
Exam 12: Genomes78 Questions
Exam 13: Biotechnology83 Questions
Exam 14: Genes, Development, and Evolution94 Questions
Exam 15: Processes of Evolution83 Questions
Exam 16: Reconstructing and Using Phylogenies76 Questions
Exam 17: Speciation80 Questions
Exam 18: The History of Life on Earth82 Questions
Exam 19: Bacteria, Archaea, and Viruses100 Questions
Exam 20: The Origin and Diversification of Eukaryotes96 Questions
Exam 21: The Evolution of Plants130 Questions
Exam 22: The Evolution and Diversity of Fungi103 Questions
Exam 23: Animal Origins and Diversity136 Questions
Exam 24: The Plant Body90 Questions
Exam 25: Plant Nutrition and Transport129 Questions
Exam 26: Plant Growth and Development85 Questions
Exam 27: Reproduction of Flowering Plants85 Questions
Exam 28: Plants in the Environment85 Questions
Exam 29: Fundamentals of Animal Function86 Questions
Exam 30: Nutrition and Digestion81 Questions
Exam 31: Breathing83 Questions
Exam 32: Circulation80 Questions
Exam 33: Muscle and Movement75 Questions
Exam 34: Neurons, Sense Organs, and Nervous Systems171 Questions
Exam 35: Nervous and Endocrine Control94 Questions
Exam 36: Water and Salts: Excretion85 Questions
Exam 37: Animal Reproduction84 Questions
Exam 38: Animal Development104 Questions
Exam 39: Immunology: Animal Defense Systems91 Questions
Exam 40: Animal Behavior83 Questions
Exam 41: The Distribution of Earths Ecological Systems82 Questions
Exam 42: Populations78 Questions
Exam 43: Ecological and Evolutionary Consequences of Interactions Within and Among Species114 Questions
Exam 44: Ecological Communities121 Questions
Exam 45: The Global Ecosystem127 Questions
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If a trait that is not expressed in the F1 generation reappears in the F2 generation,the inheritance of the trait in question is an example of
(Multiple Choice)
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Cleft chin is an X-linked dominant trait.Assume that a man with a cleft chin marries a woman with a round chin.
-What percent of their female progeny will show the cleft chin trait?
(Multiple Choice)
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A pea plant with red flowers is test crossed,and one-half of the resulting progeny have red flowers,while the other half has white flowers.Therefore,the genotype of the test-crossed parent was
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In cocker spaniels,black color (B)is dominant over red (b),and solid color (S)is dominant over spotted (s).If the genes are unlinked,and the offspring of BBss and bbss individuals are mated with each other,what fraction of the next generation will be black and spotted?
(Multiple Choice)
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Commercial chicken breeders will cross two different breeds of chickens (e.g. ,White Rocks and White Cornish)to create a fast growing chicken that is larger than either of the parental breeds.This result is best explained by the phenomenon of
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When reciprocal crosses produce identical results,one can conclude that the trait is
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Suppose members of a true-breeding strain of salamanders with yellow stripes are crossed with a true-breeding strain with red stripes.Red and yellow are two alleles of the same gene.The resulting offspring have both yellow stripes and red stripes.
-What pattern would you expect in the F2 generation?
(Multiple Choice)
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If two strains of true-breeding plants that have different alleles for a certain character are crossed,their progeny are called
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In a species of tortoise,foot size (big or small)is controlled by one gene,while shell shape (round or lumpy)is controlled by another gene.Suppose that a big-footed lumpy-shelled tortoise mates with a small-footed round-shelled tortoise.Eight offspring result: four big-footed round-shelled tortoises and four small-footed round-shelled tortoises.(Assume that the parents are not necessarily homozygous for each allele. )
-If big feet (B)in tortoises is dominant to small feet (b),what is the genotype of the big-footed parent with respect to the foot gene?
(Multiple Choice)
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Alleles for genes located on mitochondrial DNA are said to be maternally inherited.What is the reason for this pattern of inheritance?
(Multiple Choice)
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When a dihybrid black,normal-winged fly is crossed with a double-recessive gray,vestigial-winged fly,the frequency with which black vestigial-winged and gray normal-winged flies are seen in the progeny is called the _______ frequency.
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Despite the law of independent assortment,when two loci are on the same chromosome,the phenotypes of the progeny sometimes do not fit the predicted phenotypes.This outcome can be explained by the phenomenon of
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The parents of individuals in the F2 generation are members of the _______ generation.
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Egg and Fluffy are two linked bird genes that are 16 map units apart.The E allele of Egg produces large eggs and the e allele produces small eggs (E is dominant).The F allele produces fluffy feathers and the f allele produces nonfluffy feathers (F is dominant).
-If EeFf is crossed with eeff,what proportion of female offspring will produce small eggs and nonfluffy feathers?
(Multiple Choice)
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White eyes is a recessive sex-linked trait in fruit flies.If a white-eyed female fruit fly is mated to a red-eyed male,their offspring should be
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A patient with blood type AB requires a blood transfusion.Which blood group would be rejected by the patient's immune system?
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