Exam 12: Patterns of Inheritance
Exam 1: The Science of Biology58 Questions
Exam 2: The Nature of Molecules and the Properties of Water76 Questions
Exam 3: The Chemical Building Blocks of Life74 Questions
Exam 4: Cell Structure63 Questions
Exam 5: Membranes76 Questions
Exam 6: Energy and Metabolism53 Questions
Exam 7: How Cells Harvest Energy59 Questions
Exam 8: Photosynthesis67 Questions
Exam 9: Cell Communication45 Questions
Exam 10: How Cells Divide62 Questions
Exam 11: Sexual Reproduction and Meiosis53 Questions
Exam 12: Patterns of Inheritance64 Questions
Exam 13: Chromosomes, mapping, and the Meiosisinheritance Connection58 Questions
Exam 14: Dna: the Genetic Material68 Questions
Exam 15: Genes and How They Work79 Questions
Exam 16: Control of Gene Expression62 Questions
Exam 17: Biotechnology48 Questions
Exam 18: Genomics52 Questions
Exam 19: Cellular Mechanisms of Development56 Questions
Exam 20: Genes Within Populations78 Questions
Exam 21: The Evidence for Evolution65 Questions
Exam 22: The Origin of Species67 Questions
Exam 23: Systematics,phylogenies,and Comparative Biology67 Questions
Exam 24: Genome Evolution54 Questions
Exam 25: The Origin and Diversity of Life35 Questions
Exam 26: Viruses62 Questions
Exam 27: Prokaryotes61 Questions
Exam 28: Protists55 Questions
Exam 29: Seedless Plants44 Questions
Exam 30: Seed Plants36 Questions
Exam 31: Fungi63 Questions
Exam 32: Animal Diversity and the Evolution of Body Plans42 Questions
Exam 33: Protostomes79 Questions
Exam 34: Deuterostomes83 Questions
Exam 35: Plant Form55 Questions
Exam 36: Transport in Plants51 Questions
Exam 37: Plant Nutrition and Soils47 Questions
Exam 38: Plant Defense Responses42 Questions
Exam 39: Sensory Systems in Plants50 Questions
Exam 40: Plant Reproduction86 Questions
Exam 41: The Animal Body and Principles of Regulation75 Questions
Exam 42: The Nervous System78 Questions
Exam 43: Sensory Systems88 Questions
Exam 44: The Endocrine System87 Questions
Exam 45: The Musculoskeletal System57 Questions
Exam 46: The Digestive System59 Questions
Exam 47: The Respiratory System54 Questions
Exam 48: The Circulatory System53 Questions
Exam 49: Osmotic Regulation and the Urinary System46 Questions
Exam 50: The Immune System49 Questions
Exam 51: The Reproductive System79 Questions
Exam 52: Animal Development69 Questions
Exam 53: Behavioral Biology91 Questions
Exam 54: Ecology of Individuals and Populations69 Questions
Exam 55: Community Ecology59 Questions
Exam 56: Dynamics of Ecosystems48 Questions
Exam 57: The Biosphere and Human Impacts41 Questions
Exam 58: Conservation Biology49 Questions
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When Mendel crossed purple-flowered pea plants with white-flowered pea plants,he never got offspring with flowers that had an intermediate color.This was counter to the theory of
(Multiple Choice)
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As a genetic counselor,you are constructing a human pedigree for a particular disease.You note that every generation shows the trait,suggesting that the trait is
(Multiple Choice)
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Mendel performed reciprocal crosses in which he used pollen from a white-flowered plant to fertilize a purple-flowered plant and pollen from a purple-flowered plant to fertilize a white-flowered plant.What did these reciprocal crosses demonstrate?
(Multiple Choice)
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In Mendel's experiments on seed color in pea plants,when a dominant yellow seed-bearing plant was crossed with a recessive green seed-bearing plant,what was the approximate phenotypic ratio among the F2 generation?
(Multiple Choice)
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A person who has lost a large amount of blood but is still alive is found in a wrecked automobile under a highway bridge.Several people are helping the paramedics load the victim into the ambulance.After the ambulance has departed for the hospital,you overhear the following conversation from the persons who helped the paramedics."I am certain that when that guy gets to the hospital,they will transfuse him with any blood that they have in the blood bank since he has lost so much blood." The other person says,"Yeah,I bet you're right!" Having had a biology course,you know which blood could be safely given to anyone.Select it below.
(Multiple Choice)
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You toss a coin twice.Because the outcome of the first toss does not affect the outcome of the second toss,these 2 events are called
(Multiple Choice)
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Let P = purple flowers and p = white,and T = tall plants and t = dwarf.Of the 16 possible gamete combinations in the dihybrid cross between 2 double heterozygotes,how many would produce the phenotype white,tall?
(Multiple Choice)
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The observable outward manifestation of the genes of an individual is referred to as its
(Multiple Choice)
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In mice,the allele for black fur is dominant to the allele for brown fur.If a male heterozygous black mouse is crossed with a female brown mouse,what percentage of the F1 offspring do you predict will be homozygous? (Enter the number only without the percent sign.For example,enter 100% as 100 and enter 12.5% as 12.5)
(Short Answer)
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Let R = red pigment and r = no pigment.In carnations,RR offspring make a lot of red pigment,rr offspring make no pigment and Rr offspring make a small amount of red pigment,thus appearing pink.Pink carnations are therefore an example of
(Multiple Choice)
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If a single gene has 3 or more alternative forms,this is called
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Mendel used the garden ________ plant for his studies on inheritance.
(Multiple Choice)
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If fertilization involves two gametes that contain different alleles of a given gene,the resulting offspring is
(Multiple Choice)
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If an individual allele has more than one effect on the phenotype,this is called
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Individuals that have 2 alleles for most gene loci are best described as
(Multiple Choice)
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Two parents each have blood type AB,and their first child is blood type AB.What is the probability that their second child will have blood type AB? (Express the probability as a percent.Enter the number only without the percent sign.For example,enter 100% as 100 and enter 12.5% as 12.5)
(Short Answer)
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In humans,the sickle-cell trait is caused by a single defective allele,but sickle-cell disease only occurs in individuals that are homozygous for the sickle-cell allele.A man and woman each carry the trait,but do not have sickle-cell disease.What is the probability that their first two children will both have sickle-cell disease?
(Multiple Choice)
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