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Genetics Jeopardy GLE 0707.4.4 GLE 0707.4.3 √ 0707.4.4 √ 0707.4.5 SPI 0707.4.3.

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Presentation on theme: "Genetics Jeopardy GLE 0707.4.4 GLE 0707.4.3 √ 0707.4.4 √ 0707.4.5 SPI 0707.4.3."— Presentation transcript:

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2 Genetics Jeopardy GLE 0707.4.4 GLE 0707.4.3 √ 0707.4.4 √ 0707.4.5 SPI 0707.4.3

3 Genetics Jeopardy Mendel Vocabulary Punnett Squares Since Mendel ????????? Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy

4 $100 Question from H1 Mendel became known as what?

5 $100 Answer from H1 “The Father of Genetics”

6 $200 Question from H1 What was Mendel’s occupation?

7 $200 Answer from H1 A gardener in an Austrian monastery

8 $300 Question from H1 What was the color of the dominant flowering pea plants in Mendel’s experiments?

9 $300 Answer from H1 Purple

10 $400 Question from H1 What two terms for traits did Mendel develop?

11 $400 Answer from H1 Dominant and Recessive

12 $500 Question from H1 To begin his experiments, Mendel made sure he had these kinds of plants

13 $500 Answer from H1 Purebreds

14 $100 Question from H2 Genetic make-up of an organism

15 $100 Answer from H2 Genotype

16 $200 Question from H2 Different forms of a gene

17 $200 Answer from H2 Alleles

18 $300 Question from H2 An organism with different alleles for one trait

19 $300 Answer from H2 Hybrid

20 $400 Question from H2 Is covered up when the dominant form is present

21 $400 Answer from H2 Recessive allele

22 $500 Question from H2 Two alleles which are the same for a trait

23 $500 Answer from H2 Homozygous

24 $100 Question from H3 Each parent contributes this number of allele(s) for each trait

25 $100 Answer from H3 One

26 $200 Question from H3 An offspring which receives no dominant alleles will have this phenotype

27 $200 Answer from H3 The recessive form

28 $300 Question from H3 A Punnett square shows what?

29 $300 Answer from H3 All possible combinations of offspring

30 $400 Question from H3 If both parents of an offspring are hybrid, what is the probability that the offspring will have the dominant trait?

31 $400 Answer from H3 100%

32 $500 Question from H3 What is the probability that an offspring will be affected by the recessive disorder?

33 $500 Answer from H3 1:4 or 25%

34 $100 Question from H4 A change or error in a gene causes this

35 $100 Answer from H4 A mutation

36 $200 Question from H4 A chart used to follow a trait through generations of a family

37 $200 Answer from H4 Pedigree

38 $300 Question from H4 A trait that is controlled by multiple alleles can produce how many phenotypes of a trait?

39 $300 Answer from H4 More than 3 different phenotypes

40 $400 Question from H4 Occurs when several gene pairs work together to produce a trait such as eye color

41 $400 Answer from H4 Polygenic inheritance

42 $500 Question from H4 KEY Black = affected Blue = unaffected White = Carrier 1 2 3 Why is 1offspring in the 3 rd generation affected?

43 $500 Answer from H4 Both parents were carriers and provided the recessive affected allele

44 $100 Question from H5 Down syndrome is an example of what?

45 $100 Answer from H5 A chromosome disorder

46 $200 Question from H5 Alleles which are neither dominant nor recessive

47 $200 Answer from H5 Co-dominance or Incomplete dominance

48 $300 Question from H5 Manipulating the arrangement of DNA that makes up a gene

49 $300 Answer from H5 Genetic engineering

50 $400 Question from H5 Why are heterozygous individuals called carriers for non-sex linked recessive patterns of inheritance?

51 $400 Answer from H5 They carry the recessive allele but are not affected by it.

52 $500 Question from H5 What is the probability that an offspring will have green eyes? R = dominant red eyes r = recessive green eyes

53 $500 Answer from H5 No chance - 0%

54 Final Jeopardy One dog carries heterozygous, black-fur traits (Bb), and its mate carries homozygous, blonde fur traits (bb). Using a Punnett square, determine the probability of their puppies having black fur.

55 Final Jeopardy Answer “1/2” or “50%”


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