A 35 mm camera is set up to take a picture of an object with an intensity of I [W/m²]. The ideal exposure for ISO 400 film results when the camera F-stop is set at F/5.6 using an exposure time of 1/125 sec. Calculate the effective aperture diameter assuming that the camera lens has a focal length of 80 mm.
A 35 mm camera is set up to take a picture of an object with an intensity of I [W/m²]. The ideal exposure for ISO 400 film results when the camera F-stop is set at F/5.6 using an exposure time of 1/125 sec. Calculate the effective aperture diameter assuming that the camera lens has a focal length of 80 mm.
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13/4 .) see photo for details
![. A 35 mm camera is set up to take a picture of an object with an intensity
of I [W/m²]. The ideal exposure for ISO 400 film results when the
camera F-stop is set at F/5.6 using an exposure time of 1/125 sec.
Calculate the effective aperture diameter assuming that the camera lens
has a focal length of 80 mm.
. In the previous problem, calculate A) the new exposure time required if
you change your F-stop to F/4 (this is one F/stop change) while keeping
the intensity constant, and B) the new exposure time required if you
change your F-stop to F/16 while doubling the intensity.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3738e16a-10fd-4378-b4a3-b8733d2d5bb5%2F1e40c3a2-ee81-4802-b1d5-febf6bd7d6bd%2F143cts_processed.jpeg&w=3840&q=75)
Transcribed Image Text:. A 35 mm camera is set up to take a picture of an object with an intensity
of I [W/m²]. The ideal exposure for ISO 400 film results when the
camera F-stop is set at F/5.6 using an exposure time of 1/125 sec.
Calculate the effective aperture diameter assuming that the camera lens
has a focal length of 80 mm.
. In the previous problem, calculate A) the new exposure time required if
you change your F-stop to F/4 (this is one F/stop change) while keeping
the intensity constant, and B) the new exposure time required if you
change your F-stop to F/16 while doubling the intensity.
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