A) haploid cells.
B) germline cells.
C) sex cells.
D) zygotes.
E) sperm and egg cells.
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Multiple Choice
A) one
B) two
C) three
D) four
E) none of these
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Multiple Choice
A) Paired homologous chromosomes segregate to different nuclei thus reducing the chromosome number by one half.
B) Reduction division occurs refers to both meiosis I and II.
C) It occurs with an absence of centromere division.
D) The daughter nuclei each have one-half as many centromeres as the parental nucleus.
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Multiple Choice
A) Crossing over takes place between non-sister chromatids.
B) Crossing over takes place between sister chromatids.
C) Recombination nodules may be observed.
D) Sites of crossing over are called chiasmata.
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Multiple Choice
A) A B C D E F G and A B C D E F G to one pole;a b c d e f g and a b c d e f g to the other pole
B) A B C D E F G and a b c d e f g to one pole;A B C D E F G and a b c d e f g to the other pole
C) By anaphase I,only two chromatids remain,so A B C D E F G will go to one pole and a b c d e f g will go to the other pole.
D) Neither.The pairs separate in anaphase II,not anaphase I.
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Multiple Choice
A) Mitosis is nuclear division,which ultimately leads to haploid gametes.Meiosis is nuclear division,which ultimately leads to diploid somatic cells.
B) Mitosis is nuclear division,which ultimately leads to diploid somatic cells.Meiosis is nuclear division,which ultimately leads to haploid gametes.
C) Mitosis is nuclear division,which ultimately leads to diploid gametes.Meiosis is nuclear division,which ultimately leads to haploid somatic cells.
D) Mitosis is nuclear division,which ultimately leads to syngamy.Meiosis is nuclear division,which ultimately leads to zygotes.
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Multiple Choice
A) one full set of chromosomes,each with two chromatids.
B) two full sets of chromosomes,each with two chromatids.
C) one full set of chromosomes,each a single chromatid.
D) two full sets of chromosomes,each a single chromatiD.
E) a different number of chromosomes.
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Multiple Choice
A) plants
B) fungi
C) many protists
D) animals
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Multiple Choice
A) crossing over.
B) random fertilization.
C) independent assortment.
D) mitosis.
E) natural selection.
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Multiple Choice
A) chiasma
B) homologue
C) kinetochore
D) synapsis
E) synaptonemal
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Multiple Choice
A) mitosis
B) meiosis
C) syngamy
D) synapsis
E) reduction division
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Multiple Choice
A) an algae.
B) a fungus.
C) an animal.
D) a plant.
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Multiple Choice
A) A B C D E F G;A B C D E F G;a b c d e f g;a b c d e f g.
B) A B C D E F G;A B c d e f g;A B C D E F G;A B c d e f g.
C) A B C D E F G;A B c d e f g;a b C D E F G;a b c d e f g.
D) A B C D E F G;A B c d e F G;a b C D E f g;a b c d e f g.
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Multiple Choice
A) chromosomal
B) mitotic
C) cell
D) membrane
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Multiple Choice
A) In anaphase I,where how one pair separates does not affect how any other pair separates.
B) Chromosomes are divided into daughter cells in a random fashion.
C) In prophase I,which chromosomes pairs with which other one is completely random.
D) Each chromosome is capable of a different function.
E) Chromosomes can have different functions in various types of cells of the same organism.
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Multiple Choice
A) Mitosis
B) Meiosis
C) Spermatogenesis
D) Glycolysis
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Multiple Choice
A) 14
B) 28
C) 56
D) cannot determine from the information provided
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Multiple Choice
A) crossing over in prophase I of meiosis.
B) independent assortment in meiosis.
C) fertilization.
D) mitosis.
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Multiple Choice
A) zygote
B) karyotype
C) embryo
D) oocyte
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Multiple Choice
A) zygotes
B) chiasma
C) DNA
D) cells
Correct Answer
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