1. Aperture And Shutter Speed Calculator
2. Exposure Calculator App
3. Iso Shutter Aperture Exposure Calculator For Windows

The best way to work with f/numbers is to memorize the f-number set.The number set for the f/stops:1 – 1.4 – 2 – 2.8 – 4 – 5.6 – 8 – 11 – 16 – 22 – 32Each number going right is its neighbor on the left multiplied by 1.4.Each number going left is its neighbor on right divided by 1.4 (or multiplied by 0.7).Your exposure for this given situation is f/11 @ 1/60 of a second.Your desire is to move the aperture to f/22.Inspect the f/number set above. Note f/22 is two (2) f/stops away from f/11. Going right is smaller aperture diameters (more closed down – less light will be allowed to enter the camera).Now each f/stop represents a doubling or halving of light energy that is allowed to transverse the lens. Your desire is to reduce the aperture two (2) f/stops. To compensate, you must slow the shutter the equivalent of two f/stops. This action will allow more time for the light to play on the image sensor during the exposure. In other words, slowing the shutter allows more time for the exposing light to accumulate; thus you are compensating for the aperture size reduction by allowing more time for the exposing light to collect on the image sensor.To accomplish this - if you slow the shutter from 1/60 of a second to 1/30 of a second, this action doubles the time the light can play on the sensor.

Aperture And Shutter Speed Calculator

Exposure Calculator App

However, you desire a two f/stop change, so you must do this again. The final and correct shutter speed will be 1/15 of a second. This is a 4X or two stop change.Mathematically, to make a two stop change to the shutter, remember each change of the shutter is the equivalent of a 2X change.

Iso Shutter Aperture Exposure Calculator For Windows

You need to do this twice for a 2 f/stop change; thus the change in shutter speed is 4X. To accomplish, you multiply the original shutter speed by 4. Thus 1/60 X 4/1 = 4/60. This fraction can be reduced 4/60 = 2/30 = 1/15.Nobody said this stuff is easy!

The Exposure Triangle sounds like the name of a complex spy novel, but in reality this is the term used for the three fundamental elements of exposure: aperture, shutter speed and ISO. The Exposure Triangle explainedCreating a harmonious exposure using the aperture, shutter speed and ISO is a juggling act. As soon as you make a decision about one element, you'll need to compromise with another.The trick to balancing The Exposure Triangle is to get all three elements working together so you get the results you want,and not what the camera tells you you can have.Because of that, it's really worth putting in the groundwork and getting to grips with the basics of shutter speed (how long the camera's sensor is exposed to the light), what an aperture is (how much light the lens lets in, which also affects depth of field) and ISO (the sensitivity level of the sensor). Once you know how to do this, there's nothing you can't do.In addition to their role in exposure, the choice of aperture, shutter speed and ISO have a significant impact on the look and feel of your pictures.The shot on the left was taken at f/2.8, while the one on the right was taken at f/5.6Aperture, as we mentioned above, affects the depth of field, or how much of an image appears sharp. Shutter speed also affects image sharpness, with slower shutter speeds leading to blurred images - whether that's caused by the subject moving or the camera not being held still.The choice of ISO enables you to use the optimum combination of aperture and shutter speed when the amount of light would normally prevent you from doing so.