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AQA GCSE Genetics and Inheritance

  •  English    18     Public
    Genetics, Inheritance, Punnett Squares, Sex Determination
  •   Study   Slideshow
  • What is a gamete?
    Diploid cell
    Sex cell
    Section of DNA
    Body cell
  •  15
  • What is a chromosome?
    A gene
    It controls what goes in and out of the cell
    A jelly like substance
    Long thread of DNA
  •  15
  • What is a gene?
    Part of the mitochondria
    A small section of DNA
    Information made out of chromosomes
    A diploid cell
  •  15
  • What is an allele?
    Different versions of the same gene
    Two or more chromosomes
    The genotype
    A sex cell
  •  15
  • What does phenotype mean?
    The characteristics expressed by a collection of alleles
    A collection of chromosomes within an individual
    The mutations found within certain strands of DNA
  •  15
  • Which option is a homozygous dominant allele?
    BB
    bb
    Bb
  •  15
  • Which option is a heterozygous allele?
    Bb
    BB
    bb
  •  15
  • Which option is a homozygous recessive allele?
    BB
    bb
    Bb
  •  15
  • What is the percentage chance of the offspring inheriting the dominant allele?
    75%
    100%
    50%
    0%
  •  15
  • What is the percentage chance of the offspring having the homozygous recessive genotype?
    50%
    100%
    25%
    0%
  •  15
  • Which example is an inherited disorder?
    Cancer
    Cystic Fibrosis
    Type 2 Diabetes
    The Flu
  •  15
  • How many affected males are in the pedigree analysis chart?
    7
    4
    5
    3
  •  15
  • What is a molecule of DNA (nucleotide) made of?
    A phosphate, a pentose sugar, and a nitrogenous base
    A phosphate, a hexose sugar, and a nitrogenous base
    A triphosphate, a hexose sugar, and a nitrogenous base
    A biphosphate, a pentose sugar, and a nitrogenous base
  •  20
  • What nitrogenous bases are found in DNA?
    A, R, U, G
    A, T, C, G
    A, B, T, H
    A, B, C, D
  •  15
  • Which genotype would produce the female phenotype?
    XY
    XX
  •  10
  • Which genotype would produce the male phenotype?
    XX
    XY
  •  10