Biology Mastery Quiz: Genetics & Evolution

Froggy Jumps

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Key concepts quiz

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AO - 10ZZ 881903 Jean Augustine SS

Canada

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Biology Mastery Quiz: Genetics & Evolution


Froggy Jumps Biology Mastery Quiz: Genetics & EvolutionVersion en ligne Key concepts quiz par AO - 10ZZ 881903 Jean Augustine SS 1 What kinds of mistakes can happen during anaphase I and anaphase II of meiosis? What happens when these mistakes in meiosis occur? a nondisjunction b mutations c translocations 2 An organism with a diploid number of 10 will have how many chromosomes in a haploid cell? a 5 b 10 c 20 3 Explain why it is important for human germline cells to undergo meiosis before fertilization takes place? a to increase chromosome number b to reduce chromosome number and create variation c to prevent mutations 4 Explain how it is possible to produce a trisomic XXX female. a gene duplication b nondisjunction during meiosis c independent assortment 5 Differentiate between codominance and incomplete dominance. a dominance and recessiveness b codominance both alleles fully expressed; incomplete dominance is a blend c co-dominance and dominance 6 Cystic fibrosis is regulated by a recessive allele 'b'. Explain how two parents without the disorder can produce the disorder. a one parent is affected b one parent has a spontaneous mutation c both parents must be carriers (heterozygous) 7 For ABO blood groups, the A and B alleles are codominant, but both A and B are dominant over type O. Indicate the blood types possible from the mating of a male O to a woman AB. Could a female AB ever produce a child with blood type O? a Possible offspring: AB only; Yes b Possible offspring: O only; Yes c Possible offspring: A or B; No, AB cannot have type O child 8 In Japanese four o’clock plants, red flowers show some dominance over white flowers. The heterozygous flowers are pink. Is this incomplete or codominance? If a red flowered plant is crossed with a white flowered plant, what will be the phenotype rati a incomplete dominance; 3 red : 1 white in F1 b codominance; 1 red : 1 white in F1 c incomplete dominance; 1 pink : 1 pink (all pink in F1) 9 Explain X-linked inheritance patterns. Why do X-linked recessive traits show up more in males than in females? a males have only one X; females have two Xs so recessive alleles are masked b females have only one X c males have two Xs 10 What is artificial selection? Provide a real life example of artificial selection. a genetic drift in small populations b natural selection by environment c selective breeding by humans; e.g., domestic dogs

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Biology Mastery Quiz: Genetics & Evolution

Froggy Jumps

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Biology Mastery Quiz: Genetics & EvolutionVersion en ligne

par AO - 10ZZ 881903 Jean Augustine SS

What kinds of mistakes can happen during anaphase I and anaphase II of meiosis? What happens when these mistakes in meiosis occur?

An organism with a diploid number of 10 will have how many chromosomes in a haploid cell?

Explain why it is important for human germline cells to undergo meiosis before fertilization takes place?

Explain how it is possible to produce a trisomic XXX female.

Differentiate between codominance and incomplete dominance.

Cystic fibrosis is regulated by a recessive allele 'b'. Explain how two parents without the disorder can produce the disorder.

For ABO blood groups, the A and B alleles are codominant, but both A and B are dominant over type O. Indicate the blood types possible from the mating of a male O to a woman AB. Could a female AB ever produce a child with blood type O?

In Japanese four o’clock plants, red flowers show some dominance over white flowers. The heterozygous flowers are pink. Is this incomplete or codominance? If a red flowered plant is crossed with a white flowered plant, what will be the phenotype rati

Explain X-linked inheritance patterns. Why do X-linked recessive traits show up more in males than in females?

What is artificial selection? Provide a real life example of artificial selection.