A biconcave lens made from

Showing results 1 through 10 of 36,016.
  1. Nearsightedness can be corrected byQuestion 23 options: a concave lens. a biconvex lens. a biconcave lens. an astigmatic lens.
    1. answers icon 1 answer
    2. views icon 53 views
  2. A biconcave lens made from glass with n=1.5. The radii of curvatures are20cm and 10cm, and thickness is 5cm. An object of height
    1. answers icon 0 answers
    2. Karaokyanus asked by Karaokyanus
    3. views icon 493 views
  3. A double lens system is made of +35.0 cm lens (lens #1) and a -26.0 cm lens (lens #2). Lens #1 is placed at x = 0 cm on a meter
    1. answers icon 0 answers
    2. A asked by A
    3. views icon 530 views
  4. A double lens system is made of +35.0 cm lens (lens #1) and a -26.0 cm lens (lens #2). Lens #1 is placed at x = 0 cm on a meter
    1. answers icon 0 answers
    2. A asked by A
    3. views icon 475 views
  5. A double lens system is made of +35.0 cm lens (lens #1) and a -26.0 cm lens (lens #2). Lens #1 is placed at x = 0 cm on a meter
    1. answers icon 1 answer
    2. B asked by B
    3. views icon 535 views
  6. A lens that is thicker in the middle and thinner at the ends, bending light rays that pass through it, would be which kind of
    1. answers icon 1 answer
    2. AT asked by AT
    3. views icon 191 views
  7. 3) Find out the Focal length for the following lenses (in all cases, the lens is made of a glass with index of 1.5):a) Bi-convex
    1. answers icon 0 answers
    2. Me asked by Me
    3. views icon 257 views
  8. A contact lens is made of plastic with an index of repraction of 1.5 , The lens has an outer radius of eurvature ( convex) of 2
    1. answers icon 1 answer
    2. fatma1 asked by fatma1
    3. views icon 587 views
  9. A contact lens is made of plastic with an index of repraction of 1.5 , The lens has an outer radius of eurvature ( convex) of 2
    1. answers icon 2 answers
    2. fa 1 asked by fa 1
    3. views icon 2,278 views
  10. An object is placed 20.0 cm from a thin converging lens along the axis of the lens. If a real image forms behind the lens at a
    1. answers icon 2 answers
    2. Lauryn asked by Lauryn
    3. views icon 4,819 views