How does the film relate to the shutter speed?

Answer 1

The slower the film -- that is, the lower the ISO rating -- the longer the shutter must stay open at a particular aperture (F-stop). In low light with slow film, the shutter may have to stay open too long for the camera to be hand-held without noticeable camera shake, even with cameras with optical image stabilization.

Answer 2

Shutter speed does not, of itself, control motion. The recorded images of moving objects will be less or more sharp depending on the shutter speed and the speed of the objects across the field of view.

Answer 3

Good question.

Shutter speed is how long a photo is exposed.(if your talking about in video/film how long each frame is exposed)

So if u have a low shutter speed the more motion blur there will be.

High shutter speed will do the opposite. So at high shutter speeds it will freeze the action.

Look at this photo

http://upload.wikimedia.org/wikipedia/commons/b/b2/Windflower-05237-nevit.JPG

the spinner is moving at the same speed in each photo the one farthest to the left is a higher shutter speed and to the right is a low shutter speed.

In Video/film

what i just told u holds true. The effects that i just talked about appear on each frame of the video.

So high shutter will but jittery and choppy (often used on purpose)

(This may also help)

The higher the shutter speed the less light enters the camera.

This means that in low light if u set the shutter speed high the camera will compensate most likely by making the ISO(sensitivity of sensor asuming its digital) this makes the image poorer quality. higher and the aperture bigger making the depth of field more shallow(if u don't know what depth of field is look it up) But that's just what the camera will do automatically if its set up that way and it needs more light.

Answer 4

These two features of a camera are independent of each other in a mechanical sense, but their combined operation determines the exposure of the film (or CCD ) to the light.

The Shutter Speed is the time over which light is allowed to reach the film. This will range from 1/60 second up to 1/1000 second, but exposures outside that range are common.

The f-stop is a number representing the amount of light allowed by the lens to reach the film. This number represents the ratio of the diameter of the opening in the lens, to the focal length of the lens.

The range of f-stops will very from below 1 (exceptional) to 30 or so.

As you can see, these two numbers have similar effects on exposure; a low f-stop will allow more light into the camera, and a low shutter speed will do the same.

In modern cameras, these features will often be completely automated, though better cameras will allow the user some control over them.

The availability of Rare Earths has allowed modern lens design much great freedom - aspheric lenses, very compact lens design, and so on.

[Note. The rare earths are so called only because they are less common than other 'earths' such as limestone and magnesia. Lanthanum, one of the Rare Earth Elements of interest in optics is present at about 30 parts per million on the surface of the Earth - not rare at all.]

Answer 5

Shutter speed affects how movement is recorded. A high shutter speed will appear to stop movement, while a slower speed will show the movement.