its establishing.......:)
Refraction is important to a person using a camera because it is essential for the light to shine through the lens onto the film. This wouldn't work if it simply reflected off the lens. I hope this helped.
A camera lens is a common device that depends on the refraction of light to focus the image onto the camera sensor. The curved surfaces inside the lens bend the light rays to form a sharp image.
A camera relies on both reflection and refraction to capture images. The lens of the camera refracts light to focus it onto the image sensor, creating a clear image. The mirror inside the camera reflects light to direct it towards the viewfinder or the image sensor.
If you wear eyeglasses or contact lenses, then you depend on the refraction of light every minute you're awake and have them on. It's also kind of important if you ever want to use a telescope, a microscope, a magnifying glass, or a camera. To be perfectly honest with you, the eyes in your head could not work without refraction.
Refraction.
The critical angle can be calculated using the measured index of refraction by using the formula: critical angle arcsin(1/n), where n is the index of refraction of the material.
A camera primarily uses refraction to focus light onto the sensor/film. Lenses in the camera refract light to create a sharp image, adjusting focus by changing the distance between the lens elements. Reflection may occur within the camera, such as off mirrors or other internal components, but it is not the primary mechanism for forming the image.
Refraction.
I think, if your camera is using USB 1.1 while your computer is USB 2.0, it will work just fine, with slower transfer speed. On the other way, it won't work.
Not internal refraction - internal reflection. And yes, that's essential to make fiber optics work.
Camera Work ended in 1917.
Camera Work was created in 1903.