Title: Jeopardy! Inheritance Chpts 8 and 9
1 Jeopardy!InheritanceChpts 8 and 9
2Choose Your Question
Final
Mitosis Meiosis Mendelian Genetics I Mendelian Genetics II Non-Mendelian Genetics Human Inheritance I Human Inheritance II
200 200 200 200 200 200
400 400 400 400 400 400
600 600 600 600 600 600
800 800 800 800 800 800
1000 1000 1000 1000 1000 1000
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4FINAL JEOPARDYCategory- Human Pedigrees
5Final Jeopardy
- The inheritance illustrated here is ___________
- back
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7Answers
Final Jeopardy Answer- autosomal dominant
Mitosis and Meiosis Mendelian Genetics I Mendelian Genetics II Non-Mendelian Genetics Human Inheritance I Human Inheritance II
Mitosis Test cross 121 and 31 Incomplete Dominance Gamete Carrier
Meiosis Homologous chromosomes 9331 Codominance Allele Linked genes
Tetrad Law of Segregation 1/4 Pleiotropy Pedigree Sex linked
Nondisjunction Law of Independent Assortment 1/16 Polygenic Inheritance Either 1/4
Sister chromatids P, F1, F2 True breeding or pure breeding Epistasis All heterozygous (Bb) all purple 0
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9Mitosis and Meiosis200
- Produces diploid daughter cells genetically
identical to parent cells - back
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11Mitosis and Meiosis 400
- Produces haploid daughter cells genetically
different from parent cells - back
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13Mitosis and Meiosis 600
- Alignment of homologous chromosomes and their
sister chromatids during Prophase I of Meiosis I - back
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15Mitosis and Meiosis 800
- Failure of homologous chromosomes or sister
chromatids to separate during cell division - back
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17Daily Double
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19Mitosis and Meiosis 1000
- Are produced during the S phase between cell
divisions - back
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21Mendelian Genetics I200
- A cross of an organism with unknown genotype and
a homozygous recessive organism - back
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23Mendelian Genetics I 400
- Chromosome pairs of the same length containing
similar genetic information at the same loci - back
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25Mendelian Genetics I 600
- The principle stating that alleles separate from
one another during meiosis - back
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27Mendelian Genetics I800
- The principle stating that an allele for a trait
may be passed on, independent of another allele
during meiosis - back
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29Mendelian Genetics I 1000
- Mendels symbols for Parent Generation, First
Offspring Generation and Second Offspring
Generation - back
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31Mendelian Genetics II200
- Expected phenotypic and genotypic ratios of a
monohybrid cross - back
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33Mendelian Genetics II400
- Expected phenotypic ratio
- of a dihybrid cross
- back
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35Mendelian Genetics II 600
- A brown mouse is mated with a white mouse. All of
their offspring are brown. If 2 of these
offspring are mated, what fraction of their
offspring will be white? - back
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37Mendelian Genetics II 800
- Two heterozygous tall purple flowers are crossed.
The probability that one of their offspring will
have white flowers is ¼. The probability that one
of their offspring will be dwarf is ¼. What is
the probability that one of their offspring will
be dwarf with white flowers? - back
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39Mendelian Genetics II 1000
- Term which describes organisms who pass on the
same phenotype to their offspring - back
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41Non-Mendelian Genetics200
- Produces a third phenotype which is a blend of
the parents phenotype - back
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43Non-Mendelian Genetics 400
- An example would be ABO human blood types
- back
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45Non-Mendelian Genetics 600
- A single gene influences multiple phenotypic
traits - back
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47Daily Double
48Non-Mendelian Genetics 800
- Multiple genes influence the expression of a
single phenotype - back
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50Non-Mendelian Genetics 1000
- In our Labrador pup example, coat color
expression is influence by a third gene - back
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52Human Inheritance I200
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54Human Inheritance I 400
- An alternate form of a gene found at the same
loci on homologous chromosomes - back
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56Daily Double
57Human Inheritance I 600
- Diagram showing the appearance of a phenotype
over many generations is called _______ - back
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59Human Inheritance I 800
- A young woman had a baby. Her blood type is AB.
Babys blood type is A. There are two possible
fathers Jim is type A, and Marvin is type O.
Which could be the father? - back
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61Human Inheritance I 1000
- A Kansas wildcat comes in 3 colors blue, red and
purple. A homozygous dominant individual is
blue. A homozygous recessive individual is red.
And a heterozygous individual is purple. What
would be the genotypes and phenotypes of the
offspring if a blue cat is mated with a red one? - back
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63Human Inheritance II200
- Person or organism that has inherited a genetic
mutation but they themselves do not express the
trait - back
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65Human Inheritance II 400
- Genes that are usually inherited together due to
their close proximity on a chromosome - back
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67Human Inheritance II 600
- Genetic trait found on the sex chromosome is
described as _______ - back
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69Human Inheritance II 800
- A man and a woman with normal vision have a color
blind son. What is the probability their next
child will be a color blind son? - back
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71Human Inheritance II 1000
- In a cross between a white eyed female fly and a
red eyed male, what percent of all female
offspring will be white eyed? - (Eye color is X-linked recessive)
- back
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