Deck 7: The Cellular Basis of Inheritance
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Deck 7: The Cellular Basis of Inheritance
1
A gametophyte is a what?
A)a haploid fungi spore
B)a haploid multicellular plant
C)a haploid animal gamete
A)a haploid fungi spore
B)a haploid multicellular plant
C)a haploid animal gamete
B
2
A cell that has only one set of chromosomes and thus, one set of genes is said to be what?
A)diploid
B)haploid
C)monoploid
A)diploid
B)haploid
C)monoploid
B
3
A cell that is said to be haploid has
A)two sets of chromosomes.
B)one set of chromosomes.
C)an abnormal set of chromosomes.
A)two sets of chromosomes.
B)one set of chromosomes.
C)an abnormal set of chromosomes.
B
4
Meiosis reduces the diploid number of chromosomes by half to prevent the number from ____ after sexual reproduction.(Outcome #2)
A)increasing
B)decreasing
C)staying the same
A)increasing
B)decreasing
C)staying the same
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5
Fertilization is a process by which
A)diploid cells divide to become haploid cells.
B)cells receive a nutrient-rich solution from the blood.
C)two cells, each from a different individual, unite to form one new cell.
A)diploid cells divide to become haploid cells.
B)cells receive a nutrient-rich solution from the blood.
C)two cells, each from a different individual, unite to form one new cell.
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6
In one statement, what is sexual reproduction?
A)The production of two haploid cells, one from each of two parents, and the subsequent fusion of two haploid cells to form a single, unique diploid cell.
B)The production of two diploid cells, one from each of two parents, and the subsequent fusion of two diploid cells to form a single, unique tetraploid cell.
C)The production of two haploid cells, one from each of two parents, and the subsequent fusion of two diploid cells to form a single, unique aneuploid cell.
A)The production of two haploid cells, one from each of two parents, and the subsequent fusion of two haploid cells to form a single, unique diploid cell.
B)The production of two diploid cells, one from each of two parents, and the subsequent fusion of two diploid cells to form a single, unique tetraploid cell.
C)The production of two haploid cells, one from each of two parents, and the subsequent fusion of two diploid cells to form a single, unique aneuploid cell.
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7
Which of the following is not a main category of sexual life cycle in multicellular organisms?
A)chiasma-dominant
B)diploid-dominant
C)alternation of generations
A)chiasma-dominant
B)diploid-dominant
C)alternation of generations
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