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Matt Hughes Photo

Brisbane based photographer

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Math Behind Photography

Interested in photography? At matthughesphoto.com you will find all the information about Math Behind Photography and much more about photography.


How to Use Math in a Photography Career | Work - Chron.com

    https://work.chron.com/use-math-photography-career-23062.html#:~:text=Photographers%20use%20math%20to%20calculate%20a%20number%20of,the%20camera%20for%20a%20certain%20length%20of%20time.
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How is Math Used in Photography? - Pixobo

    https://www.pixobo.com/how-is-math-used-in-photography/
    ISO is one of the most important camera variables for proper photo exposure. It’s one of the most common math and photography problems as it can increase …

Mathematics of Photography | Passy's World of …

    http://passyworldofmathematics.com/mathematics-of-photography/
    The eight Mathematics of Photography articles are as follows: – Photo Composition Rules – Digital Camera Variables – The ISO Variable – The Aperture Variable – The Shutter Speed Variable – The White Balance Variable – Combining Variables for Correct Exposure – Flash Photograpy and Diffusers

MATH BEHIND PHOTOGRAPHY

    https://www.stemstories.info/post/math-behind-photography
    Aperture has values f/1.4, f/2, etc, with F-stop values 1.4, 2,etc. The lower the F-stop value, the greater is the aperture, and more is the opening of the lens of the camera. F-stop value can also be defined mathematically as (focal …

Know How is Math Used in Photography - Unicus Olympiads

    https://www.unicusolympiads.com/blog/how-is-math-used-in-photography
    Rule of Thirds is one of the first rules that photography students learn. It is used either while taking photo or editing it. The photo is imagined to be divided in three parts, both vertically and horizontally. Almost all latest phones and cameras have the setting that allows you to see grid lines on the screen when you take photo.

Photography and Math - Mr. Martin's Web Site

    http://www.mrmartinweb.com/photomath.html
    While the aperture is measured by the diameter of the lens or mirror, the light gathering power is determined by the area of lens or mirror. The area of a circle equals pi (Π) times the radius squared or Area = Π r 2. A 60mm telescope has an area of Π r 2 = Π 30mm 2 = 2827mm 2. (Radius = 1/2 diameter.)

Some Mathematics Behind Photography Jason B. Hill

    http://euclid.colorado.edu/~hilljb/talk.2009.04.22.photography.pdf
    Film Speed. Consider film speeds as a function FS(x) = 2x100. In a photographic language... x = 0 $ ISO = 100 “standard” x = 1 $ ISO = 200 1 “stop” above standard x = 2 $ ISO = 400 2 “stops” above standard x = 3 $ ISO = 800 3 “stops” above standard. In general, a “stop” is a factor of 2 (... or a factor of1 2). 27.

How to Use Math in a Photography Career | Work

    https://work.chron.com/use-math-photography-career-23062.html
    Photographers use math to calculate a number of settings for their cameras, including shutter speed, aperture and focal length. Math is also applied to the composition of a photograph using the...

What is the math behind photography? - Answers

    https://math.answers.com/Q/What_is_the_math_behind_photography
    Freelance Photography includes the salary and business mathematical struggles, but in general the math that pertains to photography is in the works of the camera device itself. Aperture settings,...

Does photography have math? - Quora

    https://www.quora.com/Does-photography-have-math
    Math in photography is used to calculate the exposure. For example, f-stops are powers of [math]\sqrt 2 [/math], and each two stops lets through 2 more (or less) amount of light. For example, f (8) lets through twice as much light as f (16), with f (11) in between. The exposure time T is in seconds.

5 Photography Formulas Worth Geeking Over - Matador Network

    https://matadornetwork.com/notebook/5-photography-formulas-worth-geeking-over/
    But it’s quite easy to put into practice: 1/distance between light and subject 2 = light on subject. I find it easiest to think of it in layman’s terms. Whenever the distance between the subject and flash is doubled, the subject receives one quarter of the light.

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