3. Student Learning Map

  • Topic:Cells
  • Subject(s):Science
  • Days:22
  • Grade(s):10
Key Learning: Understand the relationship between form and function in all cells.Understand how a cell maintains homeostasis. The importance of maintaining precise chromosome number and function in an organisms's cells. The importance of meiosis in sexual reproduction
Unit Essential Question(s):
 
 
How is knowledge of the cell important in understanding life? How does a living organism maintain homeostasis? Why is accuracy of the cell cycle important?
   
Concept: Discovery of cells Relate advances in microscopr technology to discoveries in cells and cell structure. Compare the different types of microscopes. Identify the main ideas of the cell theory.
Concept: Prokaryotic/Eukaryotic Cell Anatomy & Physiology
Concept: Cellular Transport
Lesson Essential Question(s):

How has the invention of the microscope impacted our world? (A)
Lesson Essential Question(s):

What are the locations and functions of the organelles? (A)
Lesson Essential Question(s):

How do molecules move across the plasma membrane? How doe the cell membrane help to maintain homeostasis? (A)
Concept: Cell Growth and Reproduction
Concept: Energy in a Cell
Concept:
Lesson Essential Question(s):

How did you go from being one cell to the billions of cells you are now? Why is accuracy in the cell cycle important? (A)
Lesson Essential Question(s):

Why does every cell in your body need a steady supply of energy? (A)
Lesson Essential Question(s):
Additional Information:

Resources:

Vocabulary Report

  • cell -
  • osmosis -
  • chromosome -
  • ATP -
  • cell organelles -
  • isotonic -
  • chromatin -
  • prokaryotes -
  • ADP -
  • compound light microscope -
  • cell cycle -
  • eukaryotes -
  • photosynthesis -
  • cell theory -
  • hypertonic -
  • hypotonic -
  • light dependent reactions -
  • interphase -
  • plasma membrane -
  • electron microscope -
  • mitosis -
  • passive transport -
  • homeostasis -
  • prokaryote -
  • light independent reactions -
  • pigments -
  • eukaryote -
  • facilitated diffusion -
  • prophase -
  • selective permeability phospholipid -
  • active transport -
  • fluid mosaic model -
  • metaphase -
  • organelle -
  • chlorophyll -
  • nucleus -
  • endocytosis -
  • anaphase -
  • electron transport chain -
  • tranport protein -
  • telophase -
  • exocytosis -
  • cell wall -
  • photolysis -
  • chromatin -
  • cytokinesis -
  • Calvin cycle -
  • cellular repiration -
  • tissue -
  • nucleolus -
  • ribosome -
  • aerobic -
  • organ -
  • cytoplasm -
  • organ system -
  • anaerobic -
  • glycolysis -
  • cancer -
  • endoplasmic reticulum -
  • gene -
  • citric acid cycle -
  • Golgi apparatus -
  • lactic acid fermentation -
  • vacuole -
  • alcoholic fermentation -
  • lysosome -
  • chloroplast -
  • plastid -
  • chlorophyll -
  • mitochondria -
  • cytoskeleton -
  • microtubule -
  • microfilament -
  • cilia -
  • flagell -