8. $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500

9. $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500

10. What kind of rock do we find most fossils? Sedimentary Igneous or Metamorphic

11. Sedimentary

12. Who stated that traits are acquired during a lifetime & passed on to its offspring? Darwin Lyell Lamarck

13. Lamarck gen - 21%

14. A____ is evidence of an organism that lived long ago. Stromatolites Fossil Prokaryotes Eukaryotes

15. fossil

16. The accumulation of adaptations over a long period of time is called_____?

17. Evolution

18. T or F Fossils give a complete evolutionary record of the the past.

19. False

20. Structural features with a common evolutionary origin are called ____ structures (human arm bones & chimp arm bones). Homologous or Analogous

21. Homologous structures

22. A body structure that has no function Homologous structures Vestigial structures Analogous structures Embryological structures

23. vestigial structure

24. The wings of an Eagle and the wings of an insect. analogous structures homologous structures

25. analogous structures

26. Ostrich wings are… Homologous structures Vestigial structures Analogous structures Embryological structures

27. vestigial structure

28. What type of selection favors long legged frogs? Directional Stabilizing Disruptive

29. Directional selection

30. The average individuals of a population are favored in _____ selection. Directional Stabilizing Disruptive

31. Stabilizing selection

32. In ____ selection individuals with both extreme forms of a trait are at a selective advantage. Stabilizing Directional Disruptive

33. disruptive

34. What type of selection? Robins feed on spiders; Large spiders are easily seen and eaten Small spiders are slow Average sized spiders survive Directional Stabilizing Disruptive

35. Stabilizing

36. A pattern of evolution in which an ancestral species adapt to a different environment resulting in a new species. Divergent evolution or Convergent evolution

37. divergent evolution or Adaptive radiation

38. When unrelated species evolve similar traits Ex-Dolphin(mammal) and Atlantic salmon(fish) Divergent evolution or Convergent evolution

40. Con or divergent evolution Wing of a bird and wing of a bat (2 different species)

41. convergent

42. Con or divergent evolution: The same warning coloration shared by a Yellow jacket (insect) and Yellow humming bird.

43. convergent

44. Con or divergent: The fins of a fish and the fins of a dolphin

45. convergent

46. Con or divergent: The evolution of a horse, donkey and zebra from common ancestor

47. Divergent

48. Con or divergent evolution: Darwin's finches- common ancestor

49. Divergent

50. Con or divergent: The evolution of polar bears from brown bears

51. divergent

52. Pertaining to embryology name a common structure that all vertebrates share.

53. Gill slits and tails

54. An inherited trait from your parents would be… a)Eye color b)A sun tan c) a face lift d) both b & c

55. a) Eye color

56. Father of Evolution

57. D a r w i n

59. A fossil that is perfectly preserved Is usually found in ______ or ______

60. . Amber and frozen

61. True or false The more amino acids you have in common with another organism The more related the two species are.

62. True

63. The beak of a puffin and the beak of a blow fish. Analogous or homologous

64. Analogous

65. Scarcity of resources & a growing population would Increase genetic variation Decrease homology Increase competition

69. . The 13 species of Darwin’s finches Had a common ancestry Migrated from South America All of the above

76. $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $

77. Ribosomes are made in the nucleolus, once they leave the nucleus where do they end up? A. cytoplasm B. rough ER C. both a & b D. neither a & b

79. Lysosomes Nucleus Ribosomes Mitochondria Golgi apparatus Cytoplasm

81. What is considered the skeleton of cells - gives support. Lysosomes Cytoskeleton Ribosomes Mitochondria Golgi apparatus Nucleus Cytoplasm

83. Plants have large vacuoles, which gives greater _______ pressure. Osmotic Turgor Diffusion Endocytosis

85. The process by which cells ingest or take in outside fluids, macromolecules, and even cells. Uses energy Osmotic Diffusion Endocytosis

87. The process by which a large substance is released from the cell with the use of vesicles. Uses energy Osmotic Diffusion Exocytosis

89. The main function of the ER is to transport _____ in & out of the cell. Water DNA Proteins Waste

91. Lysosomes Cell membrane Ribosomes Mitochondria Cytoplasm Nucleus

93. Lysosomes Cell membrane Ribosomes Mitochondria Cytoplasm Nucleus

95. Nuclear membrane Ribosomes Mitochondria Cytoplasm

99. Centrioles Cell membrane Ribosomes Mitochondria Cytoplasm Nucleus

103. Nuclear membrane Ribosomes Mitochondria Cell wall Cytoplasm

105. Nucleus Lysosomes Ribosomes Mitochondria Cytoplasm

107. Ribosomes Smooth ER Rough ER Mitochondria Cytoplasm

109. Nuclear membrane Ribosomes Vacuole Mitochondria Cytoplasm

111. Nuclear membrane Ribosomes Nucleus Mitochondria Nucleolus

113. Nuclear membrane Ribosomes Mitochondria Cytoplasm

115. Cell membrane Ribosomes Mitochondria Cytoplasm

117. Cell membrane Nuclear membrane Ribosomes Mitochondria Cytoplasm

119. Nuclear membrane Ribosomes Vacuole Mitochondria Cytoplasm

121. Nuclear membrane Ribosomes Vacuole Mitochondria Rough ER

123. Osmosis Diffusion Active transport The movement of particles from an area of greater concentration to lesser

128. The process that allows water to move from an area of greater concentration to lesser. Osmosis Diffusion Active transport

132. Solute Solvent Solution