Question

In: Physics

Part I: Light Beams In Part I(b), as you moved the focal point from 50 to...

  • Part I: Light Beams

    In Part I(b), as you moved the focal point from 50 to 200 on the optical axis, the lens  ---Select--- became fatter did not change shape became slimmer .

    In Part I(c), the reason the colored rays are dispersed so that you can see individual colored rays is because the  ---Select--- index of polarization index of reflection index of refraction is different for each color of the spectrum.

    This phenomenon is referred to as  ---Select--- immersion dispersion specular reflection of light.

  • Part II: Ray Diagram

    Step 1

    What is the object distance?
  • 200

  • 100   

  • 50


    Knowing that the focal point is at 50, calculate the image distance.
  • 200

  • 100   

  • 50


    Step 2

    What is the object distance?
  • 300

  • 150    

  • 50


    What is the calculated image distance?
  • 100

  • 75    

  • 50


    Step 3

    When you moved the object along the optical axis progressively closer to the lens, you saw the rays change and an image appeared to the left of the object. Complete the following sentences for the image that appeared to the left of the object.

    (a) The image was  ---Select--- virtual real .
    (b) The image distance was  ---Select--- positive negative neither positive nor negative .

Solutions

Expert Solution

  • Part I: Light Beams

    In Part I(b), as you moved the focal point from 50 to 200 on the optical axis, the lens BECAME SLIMMER

    In Part I(c), the reason the colored rays are dispersed so that you can see individual colored rays is because the  ---Select--- index of refraction is different for each color of the spectrum.

    This phenomenon is referred to as  ---Select--- dispersion specular reflection of light.

  • Part II: Ray Diagram

    Step 1

    What is the object distance?
  • 100   

  • Knowing that the focal point is at 50, calculate the image distance.
  • 100  

  • Step 2

  • What is the object distance?
  • 150    

  • What is the calculated image distance?
  • 75   

  • Step 3


    When you moved the object along the optical axis progressively closer to the lens, you saw the rays change and an image appeared to the left of the object. Complete the following sentences for the image that appeared to the left of the object.

    (a) The image was  ---Select--- virtual
    (b) The image distance was  ---Select--- negative

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