6. Inquiry Process
📖 Lessons in this unit — choose a lesson
Lesson 16. Inquiry Process10 pointsLesson 21.2.5 Nucleosomes and Molecular Visualisation Software: Skills4 pointsLesson 31.2.6 The Hershey and Chase Experiment4 pointsLesson 41.2.7 Chargaff’s Data5 pointsLesson 51.4.2 Cell Theory: Skills5 pointsLesson 61.4.5 Prokaryotic Cell Structure5 pointsLesson 71.4.6 Eukaryotic Cell Structure5 pointsLesson 81.4.7 Functions of Life5 pointsLesson 91.4.8 Eukaryotic Cell Structure: Comparisons and Atypical Examples5 pointsLesson 101.4.9 Cell Types and Structures: Skills5 pointsLesson 111.4.10 Drawing Cells: Skills5 pointsLesson 121.5.1 Virus Structure5 pointsLesson 131.5.2 Replication in Viruses5 pointsLesson 141.5.3 Origin and Evolution of Viruses5 pointsLesson 151.6.1 Biological Species Concept5 pointsLesson 161.6.2 Chromosome Number5 pointsLesson 171.6.3 Karyograms: Skills5 pointsLesson 181.6.4 Genomes5 pointsLesson 191.6.5 Comparing Genome Sizes: Skills5 pointsLesson 201.6.6 Uses of Genome Sequencing5 pointsLesson 211.6.7 Biological Species Concept: Challenges5 pointsLesson 221.6.8 Chromosome Number: Cross-Breeding5 pointsLesson 231.6.9 Dichotomous Keys: Skills5 pointsLesson 241.6.10 Environmental DNA and Barcodes5 pointsLesson 251.7.1 Biological Classification6 pointsLesson 261.7.3 Reclassification5 pointsLesson 271.7.4 Classification System6 pointsLesson 281.8.2 Evidence of Evolution6 pointsLesson 291.8.3 Convergent Evolution6 pointsLesson 301.8.5 Types of Speciation6 pointsLesson 311.8.6 Adaptive Radiation6 pointsLesson 321.8.7 Speciation in Plants6 pointsLesson 331.9.2 Reasons for Extinction5 pointsLesson 341.9.3 Ecosystem Loss6 pointsLesson 351.9.4 Loss of Biodiversity6 pointsLesson 361.9.5 How to Preserve Biodiversity5 pointsLesson 372.1.1 Properties of Carbon5 pointsLesson 382.1.2 Macromolecules6 pointsLesson 392.1.3 Carbohydrates: Definition, Functions and Examples5 pointsLesson 402.1.4 Role of Glycoproteins5 pointsLesson 412.1.6 Fatty Acids6 pointsLesson 422.1.7 Phospholipids5 pointsLesson 432.2.1 Formation of Proteins6 pointsLesson 442.2.2 The Variety of Proteins6 pointsLesson 452.2.3 Protein Structure: Effect of pH and Temperature5 pointsLesson 462.2.5 Levels of Protein Structure5 pointsLesson 472.2.6 Globular and Fibrous Proteins5 pointsLesson 482.3.1 Lipid Bilayers6 pointsLesson 492.3.2 Membrane Proteins5 pointsLesson 502.3.4 Glycolipids and Glycoproteins6 pointsLesson 512.3.5 The Fluid Mosaic Model: Skills6 pointsLesson 522.3.6 Membrane Fluidity6 pointsLesson 532.3.7 Active Transport and Bulk Transport6 pointsLesson 542.3.8 Cell Adhesion6 pointsLesson 552.4.1 Cell Organelles5 pointsLesson 562.4.2 Cell Compartmentalisation6 pointsLesson 572.4.3 Adaptations of Mitochondria and Chloroplasts6 pointsLesson 582.4.4 Organelles in Protein Synthesis6 pointsLesson 592.4.5 Vesicle Formation6 pointsLesson 602.5.1 Stem Cells6 pointsLesson 612.5.3 Specialised Cells6 pointsLesson 622.5.4 Examples of Specialised Cells4 pointsLesson 632.6.1 Gas Exchange in Organisms5 pointsLesson 642.6.2 Mammalian Lungs- Adaptations4 pointsLesson 652.6.3 Mechanism of Ventilation4 pointsLesson 662.6.4 Measuring Lung Volumes- Skills5 pointsLesson 672.6.5 Gas Exchange in Plants4 pointsLesson 682.6.6 Drawing Leaf Structure- Skills5 pointsLesson 692.6.7 Determining Stomatal Density- Skills5 pointsLesson 702.6.8 Haemoglobin and Oxygen4 pointsLesson 712.6.9 The Bohr Shift4 pointsLesson 722.6.10 The Oxygen Dissociation Curve5 pointsLesson 732.7.1 Blood Vessels4 pointsLesson 742.7.2 Identify Blood Vessels- Skills5 pointsLesson 752.7.3 Measuring Pulse Rate- Skills5 pointsLesson 762.7.4 Coronary Heart Disease- Skills5 pointsLesson 772.7.5 The Transpiration Stream5 pointsLesson 782.7.6 Adaptations of Xylem Vessels4 pointsLesson 792.7.7 Drawing Root and Stem Structure- Skills4 pointsLesson 802.7.8 Tissue Fluid4 pointsLesson 812.7.9 Circulatory Systems4 pointsLesson 822.7.10 The Mammalian Heart4 pointsLesson 832.7.11 The Cardiac Cycle- Skills5 pointsLesson 842.7.12 The Roots and Water Transport4 pointsLesson 852.7.13 Translocation in Plants4 pointsLesson 862.8.1 Adaptations for Movement4 pointsLesson 872.8.2 Mechanism of Muscle Contraction4 pointsLesson 882.8.3 Skeletal Muscle5 pointsLesson 892.8.4 Requirements for Movement4 pointsLesson 902.8.5 Movement of Joints- Skills5 pointsLesson 912.8.6 Locomotion in Organisms4 pointsLesson 922.9.1 Habitats4 pointsLesson 932.9.2 Abiotic Factors and Species Distribution4 pointsLesson 942.9.3 Species Distribution- Skills6 pointsLesson 952.9.4 Abiotic Factors- Marine and Terrestrial4 pointsLesson 962.9.5 Biomes4 pointsLesson 972.10.2 Methods of Nutrition5 pointsLesson 982.10.3 Nutrition in Hominidae: Skills6 pointsLesson 992.10.4 Nutrition: Adaptations of Organisms5 pointsLesson 1002.10.5 Competition Between Species5 pointsLesson 1013.1.1 Metabolism- Enzymes and Reactions4 pointsLesson 1023.1.2 Enzyme Action4 pointsLesson 1033.1.3 Enzyme Activity- Skills4 pointsLesson 1043.1.4 Enzyme Reaction Rates- Skills5 pointsLesson 1053.1.5 Activation Energy- Skills5 pointsLesson 1063.1.6 Metabolic Pathways4 pointsLesson 1073.1.7 Enzyme Inhibition4 pointsLesson 1083.2.1 Adenosine Triphosphate (ATP)4 pointsLesson 1093.2.3 Cell Respiration- Skills5 pointsLesson 1103.2.4 Oxidation and Reduction4 pointsLesson 1113.2.5 Glycolysis5 pointsLesson 1123.2.6 Anaerobic Respiration5 pointsLesson 1133.2.7 The Link Reaction and The Krebs Cycle4 pointsLesson 1143.2.8 Oxidative Phosphorylation4 pointsLesson 1153.2.9 Respiratory Substrates5 pointsLesson 1163.3.1 The Process of Photosynthesis4 pointsLesson 1173.3.2 Separating Photosynthetic Pigments- Skills5 pointsLesson 1183.3.3 Absorption Spectra5 pointsLesson 1193.3.4 Absorption and Action Spectra- Skills4 pointsLesson 1203.3.5 Limiting Factors of Photosynthesis- Skills5 pointsLesson 1213.3.6 Carbon Dioxide Enrichment Experiments5 pointsLesson 1223.3.7 Photosystems5 pointsLesson 1233.3.8 Light Dependent Reactions4 pointsLesson 1243.3.9 Photophosphorylation5 pointsLesson 1253.3.10 Light Independent Reactions5 pointsLesson 1263.4.1 Cell Signalling5 pointsLesson 1273.4.2 Signalling Molecules5 pointsLesson 1283.4.3 Receiving the Signal5 pointsLesson 1293.4.4 Transmembrane Receptors5 pointsLesson 1303.4.5 Epinephrine Receptors5 pointsLesson 1313.4.6 Intracellular Receptors5 pointsLesson 1323.4.7 Regulating Cell Signalling5 pointsLesson 1333.5.2 Nerve Impulses5 pointsLesson 1343.5.3 Nerve Impulses- Skills5 pointsLesson 1353.5.4 Synapses5 pointsLesson 1363.5.5 Action Potentials5 pointsLesson 1373.5.6 Interpreting Oscilloscope Traces- Skills5 pointsLesson 1383.5.7 Nerve Conduction Velocity5 pointsLesson 1393.5.8 Synaptic Transmission5 pointsLesson 1403.5.9 Neurones in the Brain5 pointsLesson 1413.6.1 Integration in Living Organisms5 pointsLesson 1423.6.2 The Nervous System5 pointsLesson 1433.6.3 Reflex Arc and Movement Control5 pointsLesson 1443.6.4 Epinephrine and Melatonin5 pointsLesson 1453.6.5 Control Mechanisms5 pointsLesson 1463.6.6 Observing Tropic Responses- Skills5 pointsLesson 1473.6.7 Phototropism5 pointsLesson 1483.6.8 Plant Hormones5 pointsLesson 1493.6.9 Regulating Plant Growth and Fruit Ripening5 pointsLesson 1503.7.1 Pathogens5 pointsLesson 1513.7.10 Zoonoses5 pointsLesson 1523.7.11 Vaccines and Immunity5 pointsLesson 1536.1.1 Exploring in Biology4 pointsLesson 1546.1.2 Designing in Biology5 pointsLesson 1556.1.3 Controlling Variables in Biology4 pointsLesson 1566.2.1 Collecting Data in Biology5 pointsLesson 1576.2.2 Processing Data in Biology5 pointsLesson 1586.2.3 Interpreting Results in Biology6 pointsLesson 1596.3.1 Concluding in Biology5 pointsLesson 1606.3.2 Evaluating in Biology6 points