• Mirror vs. Prism: A Visual Comparison, Reflecting on Optics, Understanding Their Differences #MirrorVsPrism #Optics #Physics #Science #Light #Reflection #Refraction #Experiment #Education #STEM
    Mirror vs. Prism: A Visual Comparison, Reflecting on Optics, Understanding Their Differences #MirrorVsPrism #Optics #Physics #Science #Light #Reflection #Refraction #Experiment #Education #STEM
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  • Here are the geometrical rules for drawing ray diagrams:

    1. *Incident ray*: Draw a straight line from the object to the mirror/lens.
    2. *Normal*: Draw a perpendicular line to the mirror/lens at the point of incidence.
    3. *Reflected ray*: Draw a straight line from the mirror/lens to the image, making the same angle with the normal as the incident ray.
    4. *Refraction*: Draw a straight line from the object to the lens, and another from the lens to the image, bending at the lens surface.
    5. *Virtual image*: Draw a dashed line from the mirror/lens to the virtual image, behind the mirror/lens.
    6. *Real image*: Draw a solid line from the mirror/lens to the real image, in front of the mirror/lens.
    7. *Object distance*: Measure from the mirror/lens to the object.
    8. *Image distance*: Measure from the mirror/lens to the image.

    Remember to use a ruler and protractor to ensure accuracy!

    Let me know if you have any specific questions or need help with a ray diagram!
    Here are the geometrical rules for drawing ray diagrams: 1. *Incident ray*: Draw a straight line from the object to the mirror/lens. 2. *Normal*: Draw a perpendicular line to the mirror/lens at the point of incidence. 3. *Reflected ray*: Draw a straight line from the mirror/lens to the image, making the same angle with the normal as the incident ray. 4. *Refraction*: Draw a straight line from the object to the lens, and another from the lens to the image, bending at the lens surface. 5. *Virtual image*: Draw a dashed line from the mirror/lens to the virtual image, behind the mirror/lens. 6. *Real image*: Draw a solid line from the mirror/lens to the real image, in front of the mirror/lens. 7. *Object distance*: Measure from the mirror/lens to the object. 8. *Image distance*: Measure from the mirror/lens to the image. Remember to use a ruler and protractor to ensure accuracy! Let me know if you have any specific questions or need help with a ray diagram!
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