Graphing Data

Graphing Data

Graphing Data

Graphing Data

Graphing Data

Graphing Data

Graphing Data

Graphing DataLabel each axisProvide valuesUse X for indep., Y for dep.Connect the dotsIf there is more than one polt, identify themProvide a title.

Designing an ExperimentIV & DVExperimental treatmentControl treatmentOnly one IVRandom sample of subjectsDescribe procedureDescribe expected resultsExplain, based on principles.

Water moves from hypotonic solution to hypertonic solutionIsotonic = same concentration = p + sLAB ONE Diffusion and Osmosis

hypohyperLAB ONE Diffusion and Osmosis

hypohyperLAB ONE Diffusion and Osmosis

LAB TWO Enzyme Catalysis

LAB TWO Enzyme Catalysis

LAB TWO Enzyme Catalysis

3A.1 Observing Mitosis3A.2 Time for Cell Replication3B.1 Simulation of Meiosis3B.2 Crossing Over During Meiosis

LAB THREE Mitosis and Meiosis

LAB THREE Mitosis and Meiosis

EXERCISE 3B.2: Crossing over during Meiosis in SordariaLAB THREE Mitosis and Meiosis

EXERCISE 3B.2: Crossing over during Meiosis in SordariaLAB THREE Mitosis and Meiosis

EXERCISE 3B.2: Crossing over during Meiosis in SordariaLAB THREE Mitosis and Meiosis

EXERCISE 3B.2: Crossing over during Meiosis in SordariaLAB THREE Mitosis and Meiosis

EXERCISE 3B.2: Crossing over during Meiosis in SordariaLAB THREE Mitosis and Meiosis

Number of 4:4Number of Asci Showing Crossover

Total Asci% Asci Showing Crossover Divided by 2Gene to Centromere Distance (map units)

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.LAB THREE Mitosis and Meiosis

LAB FOUR Plant Pigments

LAB FOUR Plant Pigments

LAB FIVE Cell Respiration

Transformation:Bacteria take up naked DNA

LAB SIX Molecular Biology

Transduction:Phages carry bacterial DNA

LAB SIX Molecular Biology

Conjugation:Bacteria mate to share DNALAB SIX Molecular Biology

LAB SEVEN Genetics of Drosophila

LAB SEVEN Genetics of Drosophila

LAB EIGHT Population Genetics

LAB EIGHT Population GeneticsP2 + 2PQ + Q2 = 1P + Q = 1

LAB EIGHT Population Genetics

LAB NINE Transpiration

LAB TEN Circulatory System

LAB TEN Circulatory System

LAB ELEVEN Animal Behavior

LAB ELEVEN Animal Behavior

LAB ELEVEN Animal Behavior

LAB TWELVE Dissolved Oxygen

LAB TWELVE Dissolved OxygenDO with temperatureDO with salinityDO with photosynthesisDO with respiration

LAB TWELVE Dissolved OxygenGross Primary Production = chemical energy madeRespiration rate = chemical energy usedNet Primary Production = GPP - RR

LAB TWELVE Dissolved OxygenGross Primary Production = chemical energy madeRespiration rate = chemical energy usedNet Primary Production = GPP - R

time dissolved oxygenGPPLAB TWELVE Dissolved OxygenRNPP.