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Penner's Science Jeopardy!

Penner's Science Jeopardy!. Unit Jeopardy. 100. 100. 100. 100. 100. 200. 200. 200. 200. 200. 300. 300. 300. 300. 300. 400. 400. 400. 400. 400. 500. 500. 500. 500. 500. FINAL. Red eyes (R) in fruit flies are dominant over white eyes (r).

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Penner's Science Jeopardy!

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  1. Penner's Science Jeopardy!

  2. Unit Jeopardy 100 100 100 100 100 200 200 200 200 200 300 300 300 300 300 400 400 400 400 400 500 500 500 500 500 FINAL

  3. Red eyes (R) in fruit flies are dominant over white eyes (r). What are the Genotype ratios for: Rr x rr Rr = 2/4, rr=2/4

  4. What are the Phenotype ratios for Rr x rr? Red eyes (R) in fruit flies are dominant over white eyes (r). 2:2 2 Red eyes + 2 White

  5. What cross would result in a 50% chance of red eyes? Red eyes (R) in fruit flies are dominant over white eyes (r). Rr x rr

  6. Is rR x Rr a possible cross? Explain. Red eyes (R) in fruit flies are dominant over white eyes (r). Yes. The same gene is being crossed from each Gamete.

  7. Give Phenotype ratios for a dihybrid homozygous dominant cross with a heterozygous dominant cross. Use X and Y’s ALL play. First to hit button gives their team 2 minutes to answer. 500 100% Dominant

  8. What parental genotypes will result in a 1:2:1 ratio of F1 generation. Category B 100 Tt x Tt

  9. What parental genotypes will result in a 2:2 ratio for F1 generation. Category B 200 Tt x tt

  10. What parental genotypes will result in a 9:3:3:1 ratio for F1 generation. Category B 300 TtRr x TtRr

  11. What parental genotypes will result in a 16/16 Heterozygous dominant ratio for F1 generation. ALL play. First to hit button gives their team 2 minutes to answer. 400 TTSS x ttss, TTss x ttSS

  12. What parental genotypes will result in a 4:0:4:0 ratio for F1 generation. ALL play. First to hit button gives their team 2 minutes to answer. 500 TtFF x ttFf, TTFf x Ttff

  13. Left hand arm wrestle for points. Category C 100 Female gets points if Male won. Male gets double points if female wins.

  14. Complete the heirarchy set of words: Kingdom, Phylum, Class . . . Category C 200 Order, Family, Genus, Species

  15. Is WwTt x TTRr a possible cross? And. . . Category C 300 No. Both Gametes are not crossing the same genes. Replace the Rr with Tr or vs/versa

  16. Dance the robot for 10 seconds for points. Category C 400 Other team: Teach the class a move from your favorite sport for 200pts

  17. Is RrDdLlS x DDLLsrr a possible combination? And . . . ALL play. First to hit button gives their team 1 minutes to answer. 500 No. Both gametes are missing the second allele for the S gene.

  18. What will the phenotype be of a Gg organism. Category D 100 G, whatever it is this time.

  19. Will the recessive gene be a phenotype for an individual with Gg alleles for a given gene? Category D 200 No because there is a dominant G that will express itself.

  20. What is the Genus and species name for humans? DAILY DOUBLE - Category D Homo Sapiens

  21. Who is the father of Modern Taxonomy? Category D 400 Carl Lenaeus

  22. Who is the father of Modern Genetics? Category D 500 Gregor Mendel

  23. What is a Punnet square? Category E 100 A chart used to find the ratio possibilities of genetic crosses.

  24. Explain Phenotype! Category E 200 The physical characteristics expressed by genes.

  25. What are the Genotype ratios for a TtGG x ttgg? Category E 300 TtGg=8/16 ttGg=8/16 50% chance of each.

  26. What are the parent genotypes for gametes: BF BF bF bF and bF bf bF bf Category E 400 BbFF x bbFf

  27. In humans beings, brown eyes are usually dominant over blue eyes. If a brown-eyed man marries a blue-eyed woman and they have ten children, all brown-eyed, can you be certain that the man is homozygous? What is the only way you can be certain of the fathers genotype? EXPLAIN! ALL Play. First team to raise hand. Team only gets one chance. 500 No. You cannot tell the genotype of the father no matter how many brown eyed children he has, BB vs. Bb. Only if he has a blue eyed child can you determine for certain his genotype, Bb.

  28. FINAL JEOPARDY! The woman’s mother is Bb. Father brown eye Bb XBbMother brown eyes Man Brown eyes Bb X bb blue eyed woman Blue eyed baby bb A brown-eyed man whose father was brown-eyed and whose mother was blue-eyed married a blue-eyed woman whose father and mother were both brown eyed. The couple has a blue eyed son. What is/are the Genotypes of the woman's mother.

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