Unit 4a Cell Organelles & Cell Boundaries PDF
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This document outlines learning objectives and vocabulary related to cell structures and cell boundaries. It covers topics like cell theory, organelles, and transport mechanisms. The provided text highlights the parts and functions of cells.
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Unit 4 (Part 1) Cell structures & Cell Boundaries Reading: CK-12: 1.6, 2.1, 2.2, 2.6, 2.8, 2.9 Labs and activities: Cell Analogy Project Microscope Lab Plant and Animal Cell Microscope Lab Cell membrane paper model Vocabulary Cell cell theory ocular/eyepiece lens...
Unit 4 (Part 1) Cell structures & Cell Boundaries Reading: CK-12: 1.6, 2.1, 2.2, 2.6, 2.8, 2.9 Labs and activities: Cell Analogy Project Microscope Lab Plant and Animal Cell Microscope Lab Cell membrane paper model Vocabulary Cell cell theory ocular/eyepiece lens cell wall nucleus scanning objective lens chloroplast eukaryotic high power objective lens cytoskeleton prokaryotic low power objective lens centriole Hooke ribosome lipid bilayer Leeuwenhoek endoplasmic reticulum (ER) semipermeable Organelle (smooth and rough) cholesterol (role in cytoplasm Golgi apparatus membrane) nuclear envelope/membrane lysosome receptor protein chromosome/DNA vacuole glycoprotein nucleolus vesicle protein channel compound light microscope (transport/secretory) passive transport coarse adjustment knob mitochondrion active transport fine adjustment knob chloroplast diaphragm cell/plasma membrane Learning Objectives: 1. State the 3 parts of the cell theory. 2. Identify/label the parts (as well as functions of parts) of a compound light microscope. 3. Describe the proper technique to focus and view a specimen when using a light microscope. 4. Calculate the total magnification of an image under a microscope. 5. List structures shared by ALL cells. 6. Compare and contrast a prokaryotic and eukaryotic cell. 7. Compare and contrast a plant and animal cell. 8. Recognize and name cell organelles in a eukaryotic cell. 9. Describe the functions of each cell organelle. 10. Describe how organelles of a eukaryotic cell work together to create a protein. 11. Compare and contrast a cell wall and a cell membrane. 12. Draw a cell membrane and label its parts. 13. Describe the function of each component of the cell membrane. 14. Compare and contrast a cell wall and a cell membrane. 15. Describe the cell membrane’s role in maintaining homeostasis. 16. Differentiate between passive and active transport.
