Graphing Data

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Graphing Data
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Graphing Data
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Graphing Data
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Graphing Data
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Graphing Data
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Graphing Data
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Graphing Data
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Graphing Data

• Label each axis
• Provide values
• Use X for indep., Y for dep.
• Connect the dots
• If there is more than one polt, identify them
• Provide a title.

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Designing an Experiment

• IV DV
• Experimental treatment
• Control treatment
• Only one IV
• Random sample of subjects
• Describe procedure
• Describe expected results
• Explain, based on principles.

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LAB ONE Diffusion and Osmosis

• Water moves from hypotonic solution to hypertonic
  solution
• Isotonic same concentration
• ? ?p ?s

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LAB ONE Diffusion and Osmosis

• hypo

hyper
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LAB ONE Diffusion and Osmosis

• hypo

hyper
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LAB TWO Enzyme Catalysis
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LAB TWO Enzyme Catalysis
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LAB TWO Enzyme Catalysis
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LAB THREE Mitosis and Meiosis

• 3A.1 Observing Mitosis
• 3A.2 Time for Cell Replication
• 3B.1 Simulation of Meiosis
• 3B.2 Crossing Over During Meiosis

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LAB THREE Mitosis and Meiosis
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LAB THREE Mitosis and Meiosis

• EXERCISE 3B.2 Crossing over during Meiosis in
  Sordaria

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LAB THREE Mitosis and Meiosis

• EXERCISE 3B.2 Crossing over during Meiosis in
  Sordaria

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LAB THREE Mitosis and Meiosis

• EXERCISE 3B.2 Crossing over during Meiosis in
  Sordaria

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LAB THREE Mitosis and Meiosis

• EXERCISE 3B.2 Crossing over during Meiosis in
  Sordaria

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LAB THREE Mitosis and Meiosis

• EXERCISE 3B.2 Crossing over during Meiosis in
  Sordaria

Number of 44 Number of Asci Showing Crossover Total Asci Asci Showing Crossover Divided by 2 Gene to Centromere Distance (map units)

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LAB THREE Mitosis and Meiosis

• EXERCISE 3B.2 Crossing over during Meiosis in
  Sordaria
• Map units show us relative distances between
  genes.
• They do not translate directly into numbers of
  nucleotide pairs.
• Genes that are more than 50 map units apart
  assort independently and might as well be on
  separate chromosomes.

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LAB FOUR Plant Pigments
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LAB FOUR Plant Pigments
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LAB FIVE Cell Respiration
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LAB SIX Molecular Biology

• Transformation
• Bacteria take up naked DNA

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LAB SIX Molecular Biology

• Transduction
• Phages carry bacterial DNA

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LAB SIX Molecular Biology

• Conjugation
• Bacteria mate to share DNA

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LAB SEVEN Genetics of Drosophila
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LAB SEVEN Genetics of Drosophila
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LAB EIGHT Population Genetics
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LAB EIGHT Population Genetics

• P2 2PQ Q2 1
• P Q 1

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LAB EIGHT Population Genetics
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LAB NINE Transpiration
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LAB TEN Circulatory System
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LAB TEN Circulatory System
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LAB ELEVEN Animal Behavior
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LAB ELEVEN Animal Behavior
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LAB ELEVEN Animal Behavior
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LAB TWELVE Dissolved Oxygen
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LAB TWELVE Dissolved Oxygen

• DO ? with ? temperature
• DO ? with ? salinity
• DO ? with photosynthesis
• DO ? with respiration

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LAB TWELVE Dissolved Oxygen

• Gross Primary Production
• chemical energy made
• Respiration rate
• chemical energy used
• Net Primary Production
• GPP - RR

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LAB TWELVE Dissolved Oxygen

• Gross Primary Production
• chemical energy made
• Respiration rate
• chemical energy used
• Net Primary Production
• GPP - R

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LAB TWELVE Dissolved Oxygen
NPP
GPP
dissolved oxygen
R
.

• time