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Biochemistry/Abiogenesis
Evolution
Cells
Proteins/Gene Expression
Random!
100
What are the three parts of a nucleotide?
What is a 5-carbon sugar, phosphate, and nitrogen base
100
Define evolution in exactly three words
What is descent with modification (thank you, Darwin)
100
What are all of the parts of the endomembrane system and what are their jobs (hint: there should be seven)
see p. 39
100
Explain the differences between the four nuecleotides
p.61
100
Explain THREE factors that could affect enzyme activity
temperature, pH, concentration of substrate
200
List and explain FIVE properties of water and why they are important to life.
See p. 8
200
Explain the two observations and two inferences related to the theory of evolution
See p. 17
200
Explain and give FIVE proofs for the endosymbiont theory
see p. 45
200
Explain all of the enzymes involved in DNA synthesis
see p. 55
200
Explain dehydration synthesis and hydrolysis in detail (make sure to explain anabolic/catabolic, endergonic/exergonic, etc.)
See p. 8
300
What are the four types of macromolecules? Also, name their monomers and polymers (if applicable).
What are proteins (amino acid/peptide, polypeptide), lipids (N/A), nucleic acids (nucleotides, DNA/RNA/chromosomes), and carbohydrates (monosaccharide/polysaccharide).
300
What are the three types of adaptations? Give examples of each.
see p. 19
300
Explain at least four major differences between prokaryotes and eukaryotes
see p. 45
300
Explain the four types of cell signaling
p.82
300
Explain the lytic and lysogenic cycles. What are the four shapes viruses can take?
p. 10
400
Describe how you would identify each of the four classes of macromolecules if given a molecular structure.
Answers may vary (see p. 6)
400
Explain how to calculate standard deviation and the four major types of distribution in a curve
see p. 22
400
Explain at least six major differences between animal and plant cells in terms of organelles and function
see p. 46
400
Three ways to turn a prokaryotic gene OFF
p. 100
400
Explain all types of vaccines covered
p. 11
500
DAILY DOUBLE! Explain the three theories of abiogenesis we discussed. Also, what is abiogenesis?
Answers may vary
500
Explain SIX evidences for evolution and how they each support it.
see p. 21
500
Explain chemosynthesis
see p. 49
500
Explain the differences between prokaryotic and eukaryotic gene regulation
p. 108
500
Define pre-zygotic and post-zygotic barriers in terms of speciation and give THREE examples of each. Also, differentiate between allopatric and sympatric speciation
See p. 33