Microscope (Chapter 1-4, 7-1) Explain how light microscopes are used to study cells. Describe the history of the development of the microscope. Relate magnification and resolution, and determine the of view at a given magnification. Explain (and demonstrate) how scientists measure the length of objects using a microscope. Demonstrate the use of a microscope to study cells. Compare electron (transmission, scanning) and scanning tunneling microscopes with the compound light microscopes. Key Terms: Microscope Golgi apparatus Light Microscope Lysosome Scanning electron Microscope Mitochondrion Scanning tunneling Microscope Endoplasmic reticulum (rough, smooth) Magnification Cell wall Resolution Chloroplast Field of view Central vacuole Contractile Vacuole Anton Van Leeuwenhoek Robert Hook Cytoskeleton Theodor Schwann Microtubule Mathias Schleiden Microfilament Thomas Virchow Cilia Flagellum Cell theory Centriole Surface to volume ratio Eukaryote Cytoplasm Prokaryote Ribosome Animal Cell Eukaryote Plant Cell Nucleus Cell Nucleolus Tissue Nuclear envelope Organ Nuclear pore Organ system Chromatin Unicellular Chromosome Multicellular Organelle Colony Vacuole Cell specialization Vesicle Endosymbiosis theory Assessment Evidence Technology Project/Product: Webquest Cell Structure Assessment: Microscope Lab Assessment: Unit quiz Assessment: Unit test Observation: Teacher observation and feedback
Microscope (Chapter 1-4, 7-1) Explain how light microscopes are used to study cells. Describe the history of the development of the microscope. Relate magnification and resolution, and determine the of view at a given magnification. Explain (and demonstrate) how scientists measure the length of objects using a microscope. Demonstrate the use of a microscope to study cells. Compare electron (transmission, scanning) and scanning tunneling microscopes with the compound light microscopes. Key Terms: Microscope Light Microscope Scanning electron Microscope Scanning tunneling Microscope Magnification Resolution Field of view Anton Van Leeuwenhoek Robert Hook Theodor Schwann Mathias Schleiden Thomas Virchow Cell theory Surface to volume ratio Cytoplasm Ribosome Eukaryote Nucleus Nucleolus Nuclear envelope Nuclear pore Chromatin Chromosome Organelle Vacuole Vesicle Golgi apparatus Lysosome Mitochondrion Endoplasmic reticulum (rough, smooth) Cell wall Chloroplast Central vacuole Contractile Vacuole Cytoskeleton Microtubule Microfilament Cilia Flagellum Centriole Eukaryote Prokaryote Animal Cell Plant Cell Cell Tissue Organ Organ system Unicellular Multicellular Colony Cell specialization Endosymbiosis theory Assessment Evidence Technology Project/Product: Webquest Cell Structure Assessment: Microscope Lab Assessment: Unit quiz Assessment: Unit test Observation: Teacher observation and feedback
SBIO_Unit_4_The_Cell_%26_Microscopes.docx