Silver halogenides are decomposed by light.
It's not a element but a compound of silver, silver iodide.
i have no clue and i dont care
There is a problem with your question, there is NO BLACK LIGHT! Radiation--electromagnetic waves--visible light, infrared radiation, etc. Light can only be invisible, not black.
transmitted light by thin films cause such a display of colors
The absence of visible light. If no light (or only a little light) is emitted from a particular direction, then when you look in that direction you will see black.
bLack
yes, because its combines with neon light & other light figure
Bromine
The black part on the negative keeps light from reaching the photo paper.
These are silver halides as AgCl and AgBr.
If it is a black and white negative, more light will pass through the lighter part. Since this is a reversal process, the light parts of the negative will be more exposed and produce a dark image.
When photography was first invented, it was only possible to record the presence or absence of light and not the colour of that light. This meant that films and photographs were all recorded in "Black and White" tones.
its black and white or if its relay the color changes
If you are meaning black and white or colour films there has to be no light what so ever. Paper printing black and white prints can be done under safelight conditions, usually a deep yellow/orange safelight. Colour printing should be in total darkness. ordinary black & white? yellow or red panchromatic black & white? no light color? no light
The positive wire for the 2005 Toyota Tacoma tail light is red with white stripes. The negative wire is white with black stripes.
im only in 8th grade but in 6th grade i took a photography class [i went to a college program school thing] and if you expose the films to light [besides the red light] the film gets ruined and when you print it out everything is either mostly all white or mostly all black.
You mean "Do all elements have light?"
The light coming from the photographed object (not image) reacts to convert the silver bromide (AgBr, transparent colloid)) on the film into black (nontransparent) Ag crystals.This is the negative (reversed) image of the (positive) object.The same story with a dark object: no light, no Ag crystals = not black, still transparent!
Products that are offered by Vikuiti are projection screens, clear card films, reflective polarizers, prism films, transflective display films, light control films and display protection films.