2. Key terms:

3. Stimulus

4. response

5. homeostasis

6. taxonomy

7. evolution

8. The first organisms on earth did not need oxygen to survive

9. Miller and Urey conducted an experiment to reproduce the conditions of early earth in a flask

10. To survive on earth, cells need the ability to use chemicals in their surroundings for energy.

11. Why do scientists organize things into groups?

12. Levels of classification

13. Scientists study and compare organism’s body structures to get more information about the information of the evolutionary history of a species.

14. Characteristics used to place organisms in a kingdom

15. Key terms:

16. Heterotrophs

17. Autotrophs

18. Spontaneous generation

19. Binomial nomenclature-what is this and how is it written

20. Controlled experiment

21. The most abundant chemical in all living things

22. Classification hierarchy

23. Charles Darwin’s theory of evolution

24. Kind of organisms found in the 3 domains

25. Taxonomic keys and what they are used for

26. Characteristics that place organisms into domains

27. Hypotheses about the first life forms come from fossil evidence.

28. Magnification of microscopes

29. How electron microscopes work

30. Cell theory

31. How a light microscope works

32. Key terms:

33. Resolution

34. Genes

35. Alleles

36. Purebreds

37. hybrid

38. Homozygous

39. Heterozygous

40. Probability

41. Phenotype

42. genotype

43. parts of the cell and what those parts do

44. scientists who discovered cells and what those scientists observed

45. cells in multi-cellular organisms contain cells with many different sizes and shapes

46. Gregor Mendel’s pea plant experiment

47. How to use punnett squares and what they show

48. Key terms:

49. Observation

50. Inference

51. Hypothesis

52. Scientific question/problem

53. Procedure

54. Manipulated variable/independent

55. Responding variable/dependent

56. Data

57. Control

58. Control group

59. conclusion

60. Know the following measurement tools and what they are used for:

61. Thermometer

62. Balance

63. Scale

64. Graduated cylinder

65. Formula for density

66. SI unit for : length, mass, density, temperature

67. Steps in scientific method

68. Lab safety rules and procedures

69. Be able to read and interpret graphs

70. Be able to convert using the staircase method

71. Be able to convert temperatures between F, C, and K (given the formulas)