The smaller the aperture, the more light enters the camera and onto the film. Also, the higher the aperture number the better the depth of field.
Aperture can affect the quality of a photographic image in at least four ways. First, and most well known, as the aperture (the lens opening -- the hole through which the picture enters the camera) gets larger it lets in more light and you can take a picture in darker locations, or you can take pictures at higher shutter speeds thus freezing movement better. The next most commonly known effect is that the wider the aperture the shallower the depth of field. That is, the fewer things in front of or behind the subject of the picture are in focus. As the aperture gets smaller things further away from the subject in both directions are clear. Another way aperture can affect the image is that your lens will be sharpest at some aperture. Often somewhere around F5.6 to F8 your lens will make the sharpest (clearest) images. This is called "the sweet spot." Finally, for technical reasons, at very small apertures (usually F16, f22 or smaller) an optical phenomenon caller diffraction causes the image to become become less sharp. You can think of it that when light must squeeze through a tiny hole the light rays interfere with each other.
Exposure is the combination of aperture and shutter speed. Aperture (measured in f-stops) determines the amount of light that will enter your camera. Shutter speed (measured in seconds) determines the amount of time that the shutter will stay open to allow light to enter.
It obviously doesn't.
Aperture has two primary effects: first, it regulates how much light is admitted through the lens, so it controls exposure. Second, it regulates the angle of the cone of light rays that are being focused; a smaller aperture results in a sharper image and greater depth of field.
help center in on an image
small aperture= short focal range (this means less of the picture will be in focus...sounds like a bad thing but creates more artistic photos with blurry background and sharp subjects) large aperture= long focal range (objects far and close will remain in focus)
It cause a size difference.
Through exposure. If your outside shooting on hot sunny day your picture might be over-exposed if you shoot an image with an f-stop/aperture of a about f/2-f/4. You can change your f-stop to about f/32 for less light to enter through the lens and to decrease light. Shutter speed also has a major part of exposure. A shutter speed of about 1/8 will let in a lot of light. A higher shutter speed of about 1/500 would let in a lot less light.Answer:Aperture can affect the quality of a photographic image in at least four ways. First, and most well known, as the aperture (the lens opening -- the hole through which the picture enters the camera) gets larger it lets in more light and you can take a picture in darker locations, or you can take pictures at higher shutter speeds thus freezing movement better.The next most commonly known effect is that the wider the aperture the shallower the depth of field. That is, the fewer things in front of or behind the subject of the picture are in focus. As the aperture gets smaller things further away from the subject in both directions are clear.Another way aperture can affect the image is that your lens will be sharpest at some aperture. Often somewhere around F5.6 to F8 your lens will make the sharpest (clearest) images. This is called "the sweet spot."Finally, for technical reasons, at very small apertures (usually F16, f22 or smaller) an optical phenomenon caller diffraction causes the image to become become less sharp. You can think of it that when light must squeeze through a tiny hole the light rays interfere with each other.
No, but it does change whether motion in your photo will blur or not.
The longer the exposure the more light is let into the camera, as a result the picture will be brighter/lighter/whiter. The shorter the exposure, the less light let in, and the darker the image will be.Answer:Aperture can affect the quality of a photographic image in at least four ways. First, and most well known, as the aperture (the lens opening -- the hole through which the picture enters the camera) gets larger it lets in more light and you can take a picture in darker locations, or you can take pictures at higher shutter speeds thus freezing movement better.The next most commonly known effect is that the wider the aperture the shallower the depth of field. That is, the fewer things in front of or behind the subject of the picture are in focus. As the aperture gets smaller things further away from the subject in both directions are clear.Another way aperture can affect the image is that your lens will be sharpest at some aperture. Often somewhere around F5.6 to F8 your lens will make the sharpest (clearest) images. This is called "the sweet spot."Finally, for technical reasons, at very small apertures (usually F16, f22 or smaller) an optical phenomenon caller diffraction causes the image to become become less sharp. You can think of it that when light must squeeze through a tiny hole the light rays interfere with each other.
The composition rule of thirds affects the quality of a picture by making it more interesting. Using the rule of thirds make it easier to center a photo.
The answer is Aperture. The Shutter Speed does not affect Flash output. You can prove this by setting up a camera with a flash in a room where you can control the lighting. Photograph an object in the room until you determine the best flash exposure...such as F 5.6, F 8, etc. Now that you know the F stop (aperture) that allows the proper amount of flash, turn off the room lights so that there is virtually no ambient light in the room. Leaving your camera set to the correct aperture (F stop), take different exposures by changing the shutter speed each time while not changing the aperture. You will see for yourself that the flash exposure is the same with each exposure even if you try one shutter speed at 1/60 and another at 1/2 second. The shutter speeds would only make a difference in the overall exposure if there was existing ambient light...then the exposure would become light or darker depending on the shutter speed. With a slower shutter speed the scene would be brighter as more ambient light was taken in, but the shutter speed did not affect the flash, only the ambient light.