Differences Between Light And Electron Microscopes

Cards (18)

  • What are the two types of microscopes discussed in the video?
    Light microscopes and electron microscopes
  • Why are light microscopes considered conventional microscopes?
    They are commonly used in classrooms
  • What are the advantages of light microscopes?
    They are small, easy to use, and cheap
  • What is the resolution limit of light microscopes?
    0.2 micrometers
  • What happens to details smaller than 0.2 micrometers when viewed with a light microscope?
    They appear blurry
  • What types of structures can light microscopes not effectively study?
    Sub-cellular structures like mitochondria
  • What are the characteristics of electron microscopes?
    They are large, expensive, and hard to use
  • What is the benefit of using electrons in electron microscopes?
    Electrons have a smaller wavelength than light
  • What is the maximum resolution of electron microscopes?
    0.1 nanometers
  • How does the resolution of electron microscopes compare to light microscopes?
    Electron microscopes have 2000 times better resolution
  • Why is a smaller resolution value better?
    It allows for seeing tinier details
  • What type of microscope would you use to study mitochondria?
    Electron microscope
  • What can be observed in the image taken with an electron microscope?
    The nucleus and mitochondria of a cell
  • What are the pros and cons of light and electron microscopes?
    **Light Microscopes:**
    • Pros: Small, easy to use, cheap
    • Cons: Limited resolution (0.2 micrometers)

    **Electron Microscopes:**
    • Pros: High resolution (0.1 nanometers)
    • Cons: Large, expensive, hard to use
  • What is the main takeaway regarding light and electron microscopes?
    Know their pros and cons for comparison
  • Where can students practice questions related to microscopes?
    On the website linked in the video
  • In what contexts are light microscopes typically used?
    In classrooms and educational settings
  • How does the historical development of microscopy relate to current practices?
    It informs the choice of microscope for research