MCQ Questions
Q.1.
specialized cell involved in sexual reproduction
  • 0%
    gamete
  • 0%
    diploid
  • 0%
    zygote
  • 0%
    haploid
Q.2.
a chart that shows all the possible combinations of alleles that can result from a genetic cross
  • 0%
    Punnett square
  • 0%
    Heterozygous
  • 0%
    Probability
  • 0%
    Phenotype
Q.3.
fertilized egg
  • 0%
    zygote
  • 0%
    meiosis
  • 0%
    gamete
  • 0%
    genotype
Q.4.
The likelihood that a particular event will occur
  • 0%
    punnett square
  • 0%
    probability
  • 0%
    gamete
  • 0%
    genotype
Q.5.
Mendel's second conclusion, which states that some alleles are dominant and others are recessive
  • 0%
    heterozygous
  • 0%
    principle of dominance
  • 0%
    fertilization
  • 0%
    punnett square
Q.6.
an organism or cell having only a half set of chromosomes
  • 0%
    haploid
  • 0%
    diploid
  • 0%
    homozygous
  • 0%
    heterozygous
Q.7.
term used to refer to a cell that contains a complete set of chromosomes
  • 0%
    heterozygous
  • 0%
    diploid
  • 0%
    haploid
  • 0%
    homozygous
Q.8.
a genotype with two different alleles.
  • 0%
    p generation
  • 0%
    homozygous
  • 0%
    heterozygous
  • 0%
    hybrid
Q.9.
specific physical characteristic that varies from one individual to another
  • 0%
    trait
  • 0%
    gene
  • 0%
    phenotype
  • 0%
    allele
Q.10.
different forms of a gene
  • 0%
    genetics
  • 0%
    phenotype
  • 0%
    allele
  • 0%
    gene
Q.11.
The physical traits that appear in an individual as a result of its gentic make up. What an organism looks like.
  • 0%
    genetics
  • 0%
    allele
  • 0%
    phenotype
  • 0%
    homozygous
Q.12.
pair of identical chromosomes
  • 0%
    homologous pair
  • 0%
    allele
  • 0%
    haploid
  • 0%
    diploid
Q.13.
SS and Ss
  • 0%
    For aliens the allele for a star antennae is dominant to the allele for no star. If a pure dominant alien is crosses with a hybrid alien, what would the genotypes of the offspring be?
  • 0%
    fertilization
  • 0%
    In aliens, Q=the allele for a smooth face and q= the allele for face spikes. Give the genotypes for the offspring from Qq x Qq
  • 0%
    In aliens, Q=the allele for a smooth face and q= the allele for face spikes. Give the phenotype ratio for the offspring.
Q.14.
(genetics) cell division that produces reproductive cells in sexually reproducing organisms
  • 0%
    zygote
  • 0%
    fertilization
  • 0%
    meiosis
  • 0%
    haploid
Q.15.
term used to describe organisms that produce offspring identical to themselves if allowed to self-pollinate
  • 0%
    diploid
  • 0%
    "true breeding"
  • 0%
    f1 generation
  • 0%
    gamete
Q.16.
section of DNA that codes for a specific trait
  • 0%
    genotype
  • 0%
    gene
  • 0%
    allele
  • 0%
    genetics
Q.17.
Scientific term for having two identical alleles for a trait
  • 0%
    diploid
  • 0%
    homozygous
  • 0%
    heterozygous
  • 0%
    phenotype
Q.18.
genetic makeup of an organism
  • 0%
    genotype
  • 0%
    gene
  • 0%
    allele
  • 0%
    genetics
Q.19.
creates a blended phenotype; one allele is not completely dominant over the other
  • 0%
    homozygous recessive
  • 0%
    punnett square
  • 0%
    heterozygous
  • 0%
    incomplete dominance
Q.20.
the study of genetics
  • 0%
    gene
  • 0%
    genetics
  • 0%
    phenotype
  • 0%
    heredity
Q.21.
3 tongue rolling:1 cannot roll tongue
  • 0%
    In a group of 12 people, 9 can roll their tongues and 3 cannot. Which phenotype is dominant?
  • 0%
    probability
  • 0%
    Gregor Mendel
  • 0%
    In a group of 12 people, 9 can roll their tongues and 3 cannot. What is the ratio?
Q.22.
Scientific term for having two different alleles for a trait
  • 0%
    homozygous
  • 0%
    heterozygous
  • 0%
    homozygous recessive
  • 0%
    homozygous dominant
Q.23.
the first generation of offspring obtained from an experimental cross of two organisms
  • 0%
    F0 generation
  • 0%
    F4 generation
  • 0%
    F5 generation
  • 0%
    F1 generation
Q.24.
The scientific study of heredity
  • 0%
    heredity
  • 0%
    gene
  • 0%
    phenotype
  • 0%
    genetics